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1. E 1 760083 U1 FO 50321 RNC 237 760880 U2 FO 760152 UD FO 1324 RNC 237 49006 RNC 23r L 1 F600s83 U1 FO 49066 RNC 37 10509 CL 1 Fb0063 UT FO 49056 RNC 23 10509 CL 1 BUT30 UO FO 50205 RNC 237 fbO0ES U1 FO 49006 RNC 37 10569 CL 1 761264 UD FO 6070 RNC 237 F60063 01 FO 49056 RNC 25 10509 CL 1 BUBa U1 FU S0064 RNC 237 L 1 L 1 L 1 L 1 10589 C 760083 U1 FO 49086 RNC 237 10588 C 760153 UD FO 49089 RNC 237 1 760083 U1 FO 48085 RNC 237 10589 CL 1 760741 UD FD 50052 RNC 237 24 wS086 21 WW49905 31 3144 314 sibl1AndDch CL 1 760083 U1 FO 48086 RNC 237 10588 C 760109 U2 FO 49905 RNC 237 25 WA9S16 11 W49087 31 314 314 sibt1AndDch CL 1 760083 UD FO 49816 RNC 237 10588 C 760083 U2 FO 49087 RNC 237 3G3G NewInfoAdded 2 Cell Mame 5S E UT 0 45066 RNC 237 10569 CL 1 L1 fies LIZ FO 50321 RNC 23 10505 B177 1 7 from1Dto30 frombto10 From FU to FU 12 18 760083 117 FO 49056 RNC 23 10569 CL 1 760152 UO FO 1324 RNC 237 10589 3121 1 4 tromiUto30 fromstol0 From FU to Fu 5 18 760083_ U1 FO 495066 RNC 23 7 10583 CL 1 601390 UO FO 50205 RNC 237 10509 ooo 1 5 tromiUto30 fromSto1l From FO to Fu 3 20 760083 U1 FO 49086 RNC 237 10588 CL 1 761264 UD FO 6070 RNC 237 10589 Pod 1 6 tromiUto30 fromStol1l From FU to FU 1 21 760083 M1 FO 49066 RNC 237 10588 CL 1 F b0060_ UT FU s0064 RNC
2. AgiletoDemo2 X 2 gt t prre it Nd S e o y vi AA To Cell Code W1014 11 v Places DC eee am IP WW o er A ww 59 in ow Li PSC 107 a gt oD 7 e pr x r Ys a pe 1 Yers eme JEU OG UARFCN 10787 OS my Places i t 0 4 gt 2v i Y ge P E t Mi cerry wer Doer T Mni e LocalCID 1014 gt y 2 vr i 3 in P PE w Al ames amp m e Temporary Places i Low af H LES M LJ rt TENANT Lac pa Be 4 wA T l TM AEN Sector ID 1 8 amp S MobileNet 3G 2G E eg A ee A tus A i MO d no A Tk ID A Lao Azimuth 70 Me Baieto PA 30 ts tas je AES xs Ce a e TE gg LAT WASC T n Antennas Ant UMTS www agileto com M vr aer oe v ue tt TE g n Fm 2 a ANI amc s Ant_Height 25 MS sies ac LER TT v r A gt eer a et S G eee 8B c B L Ar n 5 S A P q ES E STE d aut v 1 uw J z amp MY sites 2c f i ti L d AR si ier try NT SI e A Mec_Tilt 2 me a yop Ap m m A WM t eL Et a Lae a e Cluster ClusterA ells_3G_F3 s Eu i ES Af DEINER OM T a aa 2 RNC Name AGDM777 E Cells_3G_F2 e E DUAL T gt ah cm vat ol 21733 Np x ras RNC_Id 777 7 re 2 Y ICT i i ame 4 m amp v Le 9a Ye LAC Ag iletoDe 1 Y M 4 Sea Cell ld 14 ES la zA 4 3 T r LT y y s p e verit y p ai Aen re Se im T 5 S E H j E QN RC E amp S QJ cells 3c F7 31 5 a M ne tes 36 3G m M Aaileto K p S j v i oar fr x i N D omer
3. gt To Xi in Hit format T op 1 PICH amp Roce k us an 2 SC I LJ um A lap E CFICH o RET ap n E bo H lap 4 Se op 4 SC lop 4 CPICH yes 4 Foe ai exor uc lap 5 CFICH Echo E 15 May 2011 11 27 46 ED T5878 104 5 16 56 812 45o 10 9969 5 UE b4 19 0063 x 0562 4495 22 290 T 47 24 060 7007 13 15 May 2011 11 27 47 45 75696 4 042354 104 5 65641 75 6307 456 19 8205 09 6007 445 20 5098 90 462 64 24 1883 94 1606 155 24 8496 95 1662 14 15 May 2011 11 27 48 45 75914 4 842354 104 5 25487 f2 2272 466 20 1049 67 0772 448 21 6645 06 6566 64 24 3001 91 2723 15 15 May 2011 11 27 49 45 75914 4 642611 104 5 70987 64 9831 456 19 5767 6 6499 445 20 3636 79 637 64 24906 82 234 16 15 May 2011 11 27 50 45 75914 4 842868 104 5 03829 69 2239 456 14 0003 78 1856 448 15 2071 79 3926 1r 15 May 2011 11 27 51 45 75914 4 843125 104 5 2749 73 1078 456 12 5632 60 416 448 16 498 04 3307 18 15 May 2011 11 27 52 45 75932 4 643363 104 6 12156 73 1894 456 9 14078 76 2086 448 17 0508 84 1186 19 15 May 2011 11 27 53 45 75932 4 84364 456 4 607 72 0801 104 4 607 72 06801 448 186 0932 05 5664 20 15 May 2011 11 27 54 45 75932 4 843897 104 4 63127 73 4455 466 4 83127 3 4455 448 19 5635 86 1779 21 15 May 2011 11 27 55 45 75932 4 844154 456 4392422 72 1794 104 4392422 72 1794 64 15 6353 63 3772 448 20 5604 07 0354 290 20 8966 89 2295 22
4. Each database 3G 2G has a unique common reference key to be selected for the column association between the external Excel file and Agileto database The common reference key is presented with red color into the above form Ex for 3G database the key is Local CID and this reference key 1s mandatory to be associated with a corresponding column from the external Excel database file If the common reference key column association is not provided then the tool cannot continue and the form cannot be closed when pressing OK button Example of the selections amp settings to be performed for the 3G database NO Pag320ofl88 wwwagileto com agileto Agileto_Help_V1 53 docx Agileto M1 1 V1 49 Generate E update Agileto reference database 36 amp 75 Please select for each databse tab the 3G amp 2G sheets and the columns correspondence Database gt Columns correspondence Ci erg 3 ETT E ciar E wea Electrical Tit gt Additional Electrical Doventit Mechanical Ti gt Antenna _Besreidh gt Cluster gt Frequency Layer 2 Cel Hume 2 Model hinge gt Cal I gt EST gt RH Mame gt RH ID gt 36 sheet Trx 48 971738 48 571238 49 271574 4 X 476l 49 X 276 359 213757 49 213197 Preview of External 3G database sheet gt Trx MAALI Haii im j E T F j UR US MG This is the info to be Imported usually from the
5. Check For updates By installing copying ar othenwise using the SOFTWARE PRODUCT vau agree ta be bounded by the terms of this EULA IF you do not agree to the terms of this EULA do nat install or use the SOFTWARE PRODUCT SOFTWARE PRODUCT LICENSE A toto Agileto gt www agileto corn Agileto version Lancel Ll 2010 All rights reserved Core 3 29 94 Optimization email salesm agileto com Engine 37 7943 Reproduction in any manner without the written permission is strictly Forbidden QO Page8ofl83 wwwagileto com Agileto_Help_V1 53 docx Now choose Licence Menu and after this push OK button and you will have Agileto gt Licence Menu Licence Details f Get Licence On Line Get Licence Off Line Licence Help FAG There are two ways for getting a Licence e A Get Licence On Line gt This way may be used only when you are connected On Line to Internet e B Get Licence Off Line gt This way can be used anytime by exchanging Agileto Licence file from your PC using the email with Agileto Sales Team Before to continue further it 1s necessary to precize that there are two main types of Agileto Licences as following e Agileto BASIC Licence gt This licence can be obtained instant On Line and it is usually provided as FREE OF CHARGE It has limited functionalities has no support for any 3G vendor equipment and it is issued for 31 days validity period of time while the
6. 7 18 1 EN d S y B ru nan CA o com La x a e WES AA LL e 0 s aa Dbi s me y a UA oe t E e ls q k a y we j PX y j SS ne intrarr 1 1 orn a S LL emp ri E jw POM ULL angu de A BA aimi i tt amp MS we mntrarr F1 iem 7 52 A 1 p ex LI amp E ug IintraFr F2 amp OS wg mintraFr F3 w d amp O ug IntraFr F7 A a i amp OY ne 1nterrr X 1101 1 amp EMA ne eor _3G 2G Me Aaileto WwW a AES LEM f cate Og pane Ue Th T i pes Mi K r g ie MaS f aby gt ice wes T x 1 39 M Pay Fe re parami pm MUR yr v an TI a gt ans 9 y T t se sus I E amp v 9 wp interRAT F1 q CT 8 2 TR Ba ed P O Wem ee a aika er ai Sod e OS ne interrat_r2 oat e OS ne interrat_F3 e OS ne InterRaT_F7 o com mes e i z y iay 1 SUM lt lt s ma 14 i Ya jir al oe 3 7 7 RES 3 J e RYE rl a D2 LT T n 7 i den 5 TH Wide da A E s t am r gt d J es R t mel i i EL na a LE i E E gt Layers Earth Gallery Pa ut Lr hae ne Tee ire i Oe y j p y T M pti e We may remark into above picture as example the following type of the neighbors l lines which are presenting the 3G 3G Intra Frequency F1 neighbors with flag allocation 2 purple line which is presenting the 3G 3G Intra Frequency F1 neighbors with DchOnly flag allocation 3 dark blue lines which are presenting the 3G 2G Inter RAT GSM ne
7. GoogleEarth representatior x Help FL Please select below the desired option to continue O View Agileto Active Project Network database 46 3G 2G View Mobile Networks 46 3G 2G C View Mobile Network KPIs gt M SG lt OR PF 2G Cancel C View Mobile Network Neighbors in Google Earth OK Neighbors directory ie View Drive Test outputs plots in MapInfo or Google Earth DriveTest directory DT amp TOP 1 EcMo Load Audit results v Load Main Optimisation results Load Cells Coverage results MapInfo Output gt I Google Earth See below the example for the representation of the selected desired parameter Top 1 EcNo in MapInfo N Page 93 of 183 www agileto com agileto Agileto_Help_V1 53 docx a MapInfo Professional TOP 1 EcNo Sites 36G Cells 3G F7 Map E File Edit Tools Objects Query Table Options Map Window Help plela S ek Info Tool xl Point Nr GG Time Stamp 16 May 2012 13 33 26 913 P Param Value 15 52 Mr GPS Static 9 Mr GPS Invalid Nr Points Param Invalid 0 Latitude 45 76002 Longitude 4 827247 TOP 1 Eco al 4 82667 45 76409 Editing Cosmetic Layer Selecting None msi Qo ODOCPOGCEEFR Imi x Ge o ap 4 NUN Er p RES 5i ORC sma ee a E os CHA t TO CR e z bl e zi x 2 J xj LY y 8 C ate E E ZE You may see below the same representation for
8. Top 2 Top 3 best servers will be represented as dedicated representations into Google Earth usually this is recommended to be kept 1 and only for special analysis to be chosen as desired usually the Top 1 best server is giving enough information about the general drive test coverage pattern GE neighbors lines have variable widths up to nr of occurrences gt Select this option in case you want that the neighbors proposals suggested by Agileto for each cell to be displayed into Google Earth with variable proportional width lines according with the number of occurrences detected per each neighbor relationship if this option is not selected than all the neighbors proposals suggested by Agileto will be displayed into Google Earth with the same lines width Radius Km Reference 3G F1 gt This is the radius Km of the 3G Reference cell frequency layer F1 to be considered for the good representation of all the neighbors which are going to be generated and displayed into Google Earth it should be correlated with the similar 1nfo which has been used when generating the mobile networks 3G amp 2G by using the module M1 2 Display into GE movie ActiveSet RePlay the summary info for each point gt When this option is selected while running into Google Earth the movie ActiveSet RePlay or ActiveSet_NbMiss the summary info related to each point from the drive test is presented dynamically into a dedicated balloon if this opt
9. Top1 EcHo v Layer Control Layer ef J VM wT OMA O OMA O OMA O OMA O O MB O MO MT Topl RSCP mE E Em Sites 3G MIMD Cells_3G_F1 Vl VV to Scale 1cm 0 08322 km Editing Cosmetic Layer i Selecting None m ENY Page 117 of 183 agileto www agileto com Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Audit results option M1 4 is selected Summary is available too RE 2 Google Earth File Edit View Tools Add Help v Search 4 ag e a eA og d AlE Fly To Find Businesses Directions rive Fly to e g 1600 Pennsylvania Ave 2000 Summary w Places M s My Places Agileto gt 3G Optimisation Tool E MS S nd Places Dip ww aaler com EH S MobileNW ATT PM M4 1 4 64 gt Network Optimisation based on Drive Tests csv E M s Drive Test Audit Bin2 m Y Me Agileto Project ATT Vi yy ailet 0 con E 3 gg uem a com Input Drive Tests File SCANNER_F1_GSM_20110623 csy M i Agileto f DRIVE TEST SUMMARY LEM agileto com a Agileto gt www agileto com 2012 AII rights reserved support agileto com M4 1 V4 54 gt D Sun y i Network Optimisation based on Drive Tests csv gil User Login Admin Run Time 27Jun2011 01 00 36 01 02 25 1min 49sec isation 1 i n Input Drive Test measurement file M s L Legend j CiAgiletolAT TiDrive_TestsiDT_MeasurementsiSCANNER_F1_6G5M_20110623 csv
10. Total duration of the drive test validated 100 x y z The information mentioned above is provided very fast and it is very useful in order to evaluate the quality of the drive test As example please see below a virtual case which may lead to the conclusion that the drive test needs to be repeated because of the very bad drive test statistics quality gt that means an important time of the drive test has been performed without GPS info recorded or no scanner mobile data recorded or no mobility detected Example of a bad Drive Test summary quality performance results e Total duration of the drive test 5 hours 100 e Total duration of the drive test without GPS information 20 min 6 67 e Total duration of the drive test without scanner mobile data information 10 min 3 33 e Total duration of the drive test in static position no mobility detected 1 hour and 30 min 30 e Total duration of the drive test validated 3 hours 60 100 6 67 3 33 30 ENY Page 89 of 183 agileto www agileto com Agileto_Help_V1 53 docx It should be remarked into the above bad Drive Test example that from a total drive test time of 5 hours only 3 hours 60 of the drive test can be used properly the other remaining 2 hours drive test time spent by the drive test team being not useful for the drive test analysis due to different issues missing GPS data missing scanner mobile device data no mobility detected On ma
11. aos As D a D JU gn uguzsbeegaxsuoaco HO BHO HD HO mo oo 2 oo Bai oF asii g d g 0 B0 8B a 62292 B E gt iL X gt C3 uv uu c DE 5 S TE Page Shs a B B B B B p AO e Wh oE O O eee A y dema OOOO mis F L a 5 x a 5 Bl UMEN UN BE a Bh BF PLS LE agileto Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Main Optimisation results option is selected T opl RSCP Ei Pl File Edit View Tools Add Help wv Search Fly To Find Businesses Directions ERE 060b EX lt 105 0 8 B EX lt 95 11 8 xx lt 90 18 2 L e E 5 3 Fly to e g Reservoir Rd Clayville NY w Places M amp S My Places amp M3 Temporary Places IV amp MobileNW ATT E Me Drive Test Optimisation Bin20m Sca ME A Agileto www agileto com a OY ActiveSet Size amp O Topi EcNo ace Topi RSCP M A Agileto www agileto com ac Summary Agileto gt 3G Optimisation Too http www agileto com Eg Legend E V T2 greater 90 7593 63 6 Drive Test Parameter Top1 RSCP E su CJ T3 greater 95 2171 18 2 Drive Test Parameter Top1 RSCP IE ME T4 greater 105 1405 11 896 Drive Test Parameter Top1 RSCP i E Zh TS greater 110 97 0 8 E Drive Test Parameter Top1_RSCP d HO T6 less 110 45 0 4 Drive Test Parameter Top1_RSCP amp O Topi CellsCoverage m O overshooters O wp Proposals amp OY w
12. e GPS Longitude WGS84 Ex Lon into the below example e Time Stamp Ex TIME STAMP into the below example ENY Page 98 of 183 agileto www agileto com Agileto_Help_V1 53 docx Agileto M4 1 Y4 64 gt Network Optimisation based on Drive Tests csv E Help F1 Please select below the desired option and its associated parameters as appropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 2 I oristrile DT 2ndFile GPS Latitude WGS84 gt Lat 21 Jul 2012 10 45 30 7 42905 43 7414 GPS Longitude WGS84 gt m Y 14u 20121045 33 742906 437414 109 435 114 Time Stamp gt TIME_STAMP el 21 Jul 2012 10 45 35 7 42906 437413 114 45 8 B 109 n 21 Jul 2012 10 45 38 7 42908 43 7412 109 422 75 Spatial bin size m gt 10 JV Perform Spatial Binning 21 Jul 2012 10 45 41 7 42898 4374118 109 38 8 114 21 Jul 2012 10 45 44 7 42893 4374115 114 42 5 6 35 Drive Test Optimisation 21 Jul 2012 10 45 46 7 42888 43 7411 114 44 4 6 35 21 Jul 2012 10 45 49 7 42883 4374107 114 41 8 6 109 otal Frequency Layers 4 21 Jul 2012 10 45 51 7 42882 43 7410 35 47 8 1 20 21 Jul 2012 10 45 54 7 42876 43 7409 35 525 1 20 i Bare 21 Jul 2012 10 45 56 7 42869 43 7409 35 537 1 90 3 10688 2137 6MHz 21 Jul 2012 10 45 59 7 42859 437408 81 531 114 7 2950 590MHz 21 Jul 2012 10 46 01 7 42853 43 7407 90 54 2 35 21 Jul 2012 10 46 04 7 42844 43 7406 35 5
13. 15 May 2011 11 27 56 45 75932 4 844411 456 6 60093 75 7236 104 10 1241 79 2467 54 14 718 83 8407 445 20 50 1 89 6297 208 2139 46 91 0971 23 15 May 2011 11 27 57 45 75932 4 644669 456 6 54414 78 4685 104 10 6593 82 5636 448 17 7792 89 7034 64 16 6604 90 5849 290 24 0379 96 7624 24 15 May 2011 11 27 58 45 75932 4 644926 456 6 20625 3 54139 104 6 71096 81 9687 445 16 8209 90 0784 64 20 262 93 5198 2080 24 8594 9 8387 The name of the mandatory columns mandatory columns are presented inside of the red rectangle into the above picture should contain minimum the red strings presented into the picture above The Drive Tests measurements data should contain the TOP X best servers detected from the 3G scanner mobile device at one time containing the following details TOP X SC TOP X CPICH Ec No TOP X CPICH RSCP into this order one after the other in descending order 1 to X As presented into the above picture the columns headers names should contain the following strings TOP 1 SC TOP 1 CPICH Ec No TOP 1 CPICH RSCP TOP 2 SC TOP 2 CPICH Ec No TOP 2 CPICH RSCP TOP 3SC It is recommended to export at least the first Top 6 best servers 3G into the file in order to get the best neighbors results agileto Page 170 of 183 www agileto com Agileto_Help_V1 53 docx B 3G case gt Top_X different lines format 1 y EE Topi Top 1 CPICH 1 AS L Ec Ma
14. 38b Agileta gt www agileto com 2009 All rights reserved supporti agileta com hl4 a 2 7 gt Neighbors Optimisation based on PSCs Detected txt 397 User Login Admin Run Time 050ec2009 03 03 05 03 03 23 18sec 396 Input PSCs Detected file C Agileto Call Traces CTraces txt_PSC Det PbCs Detected 21112009 txt 399 Input OMC Snapshot file C WAgileto OMC 36 Snapshots V ITRAN SRAPZUEIS 125020001 xml 400 Input Agileta database file C X amp giletax3aG s 2G ConfigisGe26 Config xls Source SC Target RNC e r 189 3G CT15_ 189 3G CTI5 189 3G CT15_ 189 3G CTI5 189 3G CTI5 189 3G CTI5 189 3G CT15_ 189 3G CTI5 401 Output 36 36 Neighbors Audit amp Optimisation file C VAgileto Call Traces WeighOpt PSC Det PsCs Detected 21112009 PStCs Detected processed xls 402 Target Target LacalCID Cellilame Y 61081 3G Pantru 6100236 Pantru 60542 3G Gandel 61083 3G City B 22892 3G Dantal 60972 3G Matant 64362 3G Parlont 27202 3G anger lx o SS eS Se aS SoS Se AN a S a o a d a SSS A wB SS AA a Inside BW source Targ et bh d 2 37 True True 2 36 True False 5 09 False True 2 37 True False 19 False False 10 19 False True Ya False True 2 07 False True Few explanations regarding the structure and the format of the PSCs detected Neighboring Optimisation report presented above The report contains at the end a summary info regarding the module version processing time in
15. Affected Cell reciprocity was no more detected All the overshooters cells detected have been sorted in descending order based on the number of their associated Affected Cells and along one overshooter cell detected all its associated Affected Cells are sorted in descending order based on the number of occurrences related to the combination detected Affected Cell gt Overshooter Cell All these rules have been kept for the visual representation of the Overshooters into Google Earth environment too The next screenshots will present some examples related to each special case which 1s generated by Agileto as automatically result after the analysis and optimization action has been completed these cases are outputted into both MapInfo and Google Earth 2088 Page 116 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx Screenshot example presenting the MapInfo Drive Test Optimisation output seen by using the module M1 4 MapInfo Professional GPS_Static Cells 3G F1 Map E a x 16 x ES Fie Edit Tools Objects Query Table Options Map Window Help Olea oa el ele o aooaa x gt olsjajo m e A 0 A Info Tool A Point Nr 5 054 m Time Stamp 16 May 2012 11 41 49 07 ActiveSet Size 2 Top1 SC 424 mA Top1_EcNo 9 453 Topi_RSCP 92 297 Mr GPS Static Nr GPS Invalid g Mr MeasS Invalid p Mr MeasT Invalid g Latitude 47 74956 Longitude 5 836632
16. Inter Freg 36 26 Inter RAT Neigh 36 36 Intra Freq 0 5 Neigh 36 36 Inter Freq 0 5 Neigh 36 26 Inter RAT 95 gt B Additionally output Neighbors settings Keep always the neighbors co site 36 gt 36 36 gt 26 existing declarations Neighbors Priorities start with gt 1 Call Traces CT outputs settings and optimisation reports I4 cT 36 36 Analysis report to be generated h cT 36 36 Analysis Qvershooting report to be generated IA cT 3 2 Analysis report to be generated Cancel J 36 36 Intra Freg Neigh reciprocity is desired 36 36 Inter Freg Neigh reciprocity is desired Generate MapInfo and Google Earth outputs M OME 3G reference Smaphot is used For the CT 36 36 36 26 analysis reports propasitians Reference 36 F1 cell radius Km gt 11 1 N Page 135 of 183 www agileto com agileto Agileto_Help_V1 53 docx Here you have several options It is possible to review top area the settings provided into the previous form window and additionally there is a set of parameters to be provided as input for post processing the call traces data As an important and special feature of this module it may be possible to re analyze the Call Traces already analyzed one time in advance by selecting the option B from the screenshot presented above this consists in providing as inputs for this module the Call Traces 3G 3G and 3G 2G analysis reports already generated one time in advance instea
17. It is to remark the following e The directories DTA TOP 1 EcNo the directory string name starts always with DTA_ followed by the chosen Parameter Name are created automatically by Agileto under the active project standard MapInfo amp Google Earth path locations as per indicated above e The name s of the output file s generated for MapInfo amp Google Earth are always standard Drive_Test wor Drive_Test kmz and they may be open manually too in case they are distributed to the third person who does not have already installed Agileto on his her PC e Under Google Earth path there is generated another dedicated file named Drive_Test Audit kmz where it may be seen the performance of the drive test meaning the points reported with issues during the drive test like o GPS Invalid no data received from GPS gt this case the point will be represented with the GPS coordinates belonging to the previous valid point SQ Page 92 0f 183 www agileto com agileto Agileto_Help_V1 53 docx o GPS Static no mobility was detected that means the drive test VAN remained on the same static position o Parameter Invalid no information was recorded for the Parameter selected on that point that means at that specific time stamp You may use as well the module M1 4 in order to visualize the results into MapInfo and or Google Earth environments as per desired see below EX Agileto M1 4 Y1 11 gt View Active database MapInfo
18. Search WELCOME TO Agileto DEMO_PROJECT V1 4 08 12 2011 AVI PREDEFINED AGILETO DA S S0 contact details 3 B GENERATE NEW AGILETO DATA web site http www agileto com sales sales agileto com 4 2 View the Mobile Networks 3G support support agileto com t 4 3 Visualize Change the neighbo 4 3 17 Maplnfa output 4 3 2 Google Earth output A 4 View the Mobile Networks 36 Notice t Case B GENERATE NEW AGILET 6 1 Generate the 3G amp 24 Mobile ES Habib Haud C Agileto DEMO_PROJECT Agileto DEMO PROJECT chm B 4 View the Mobile Networks 3G B 5 Generate the Neighbors files 3 2 B 6 Visualize Change the neighbo DEMO PROJECT is a project included into Agileto Setup exe containing some samples KL B 7 Generate the Mobile Networks databases which let the user to quickly browse between some of the main Agileto modules Case 1 C3_CDR settings Call as they are presented below All these details may be retrieved as well from the following file B 8 View the Mobile Networks 36 TIT The purpose of the DEMO PROJECT and its associated presentation is not exhaustive to TT The installation of the Agileto DEMO_PROJECT is performed automatically during the Agileto installation process To activate and re install Agileto DEMO PROJECT later on during the normal usage of Agileto when a different project has been selected as active the user would need to perform the following selection from the main menu
19. e The yellow columns are updated from the OMC snapshots each time while running module M2 1 Audit and Sanity Check e The green columns should be generated updated initially by using the module M1 1 from external databases File 2 Y Q9 eto Page 165 of 183 www agileto com Agileto_Help_V1 53 docx The structure of the sheet 3G Part 2 1 2 3 4 14 20 Cell Cell Code Frequency_ Cluster Antenna H Electrical_T Mechanical existing x Layer into xml Snapshot El Y od W204071 11 204071 B O6SSRME14 40 08763979 1 5n Cluster Test UMTS K739630 E 2 W204072 21 204072 E DB59D48 M 40 08753979 2 320 Cluster Test UMTS K739630 5 n 1204074 12 204074 2 6 065904814 aq D8753979 50 Cluster_Test UMTS K739630 4 2 1204075 22 204075 2 6 0659048514 40 063979 2 320 Cluster Test UMTS K739630 5 0 W245111 11 245111 5 079404669 40 7203550 25 Cluster_Test UMTS_K739630 4 2 D 1 245112 21 245112 5 079404669 40 7203665 7 185 Cluster_Test UMTS k739530 B n n W245113 31 245113 5 079404669 40 72036659 28D Cluster Test UMTS K739630 B 0 n U245114 12 245114 2 5079404559 4072035559 25 Cluster_ Test UMTS K739630 4 E n 1U245115 22 245115 2 5 079404669 40 72036659 2 185 Cluster Test UMTS K739530 B n n 1U245116_32 245116 2 5079404559 40 72036659 3 80 Cluster Test UMTS K739630 B n n Last updated today 21Jan2010 12 24 with the data from the 3G snapshot CiXAgiletaXOMC 3G Sna Mandatory field amp data to
20. gt V 1 05 um Agileto Working Path ange E C Agileto Agileto gt www agileto com Projects Bete REDES ane 2010 All rights reserved Cancel OK Management ATT email salesimagileta cam Choose OK and you will have Page 27 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx SA Agileto M1 1 V1 52 gt Generate amp update Agileto reference database 3G 2G Please select the option desired to continue C By using external Excel file External Excel 36826 database File xls File iaa ico EMG PRE a aaea External DEERE aonig DERS EAR en lS Browse By using OMC 3G snapshot file o beet OME snapshot File xml or xcm UTRAN 36 ml ar Browse xem File Here it is provided the path to OMC 36 snapshot File xml ALLIIMSN Ericsson ExE Huawei etc Cancel Now you have to select the second option By using OMC 3G snapshot file and to provide the relevant information OMC 3G snapshot configuration file contains the 3G 2G network configuration details and may be obtained in different formats xml xcm txt up to the 3G equipment vendor This file was named initially File 1 see chapter Before you start Please notice that you should tick the option txt into the form presented above in case you would like to use select OMC 3G configuration files as txt formats usually this is the case for Huawei OMC 3G snapshot files format Agil
21. gt directory where it is recommended to be stored all the neighbors changes 3G 3G and or 3G 2G performed visually in MapInfo and then exported as csv files M3 3 outputs Neigh MI Delta OMC gt directory where the tool is storing the generated Work Orders WO related to the neighbors changes 3G 3G and or 3G 2G performed visually in MapInfo the WO reports files are generated into the right format ready to be loaded directly into OMC after performing the format conversion Neigh MI Delta Export gt Neigh MI Delta OMC M3 1 top option outputs Neigh OMC MI directory where the tool is storing its proprietary MapInfo formats generated files related to all the currently defined Neighbors 3G gt 3G amp 3G gt 2G declared into the 3G Network as they are stored into OMC snapshot file M3 1 low option outputs these output files are used as input for M3 3 MobileNW Config gt directory containing the configuration data regarding the 3G amp 2G mobile networks e MobileNW Contig xls gt Agileto default reference database file containing the 3G amp 2G sheets with the 3G amp 3G cells database information MobileNW Config New gt directory where there it will be saved automatically all the new generated updated Agileto database files output M1 1 MobileNW External DB gt directory where it is recommended to keep the external Excel 3G amp 2G database files used as inputs for M1 1 OMC 2G Export gt direct
22. n ay a JP PSC 305 E Legend a a EE igh E Cell Code W2576 31 E Legend ca a AP HE 38 RNC ID 4 E Cell ID 2576 a e cy Topi Cells Here are presented the Cells Coverage Points where they were Ej RNC ALPHA amp C ED uaoni0A E TOP 1 CELL COVERAGE for Coverage Points 40 m C ED u300108 P d TOP 1 CELL COVERAGE for M P1 3676 P Point number 3676 Poi od TimeStamp 16 May 2012 MS P2 3677 ge Point number 3677 P3 TimeStamp 16 May 2012 i MSs P3 3678 Pii Point number 3678 TimeStamp 16 May 2012 000 F1 P4 3679 Bal Q 4 0 gt Layers Earth Gallery gt gt N Page 123 of 183 www agileto com agileto Agileto_Help_V1 53 docx Similar screenshot example like above pre a Google Earth senting the Top1_RSSI Top1_CellsCoverage for an 2G Drive Test case File Edit View Tools Add Help B v Search Els g Sy s J x x i B 315 Topt RSSI dBm ed Fly To Find Businesses Directions Fly to e g Reservoir Rd Clayville NY v Places M gt 5 My Places amp M4 Temporary Places M s Mobilenw ATT E M s Drive Test Optimisation Bin20 M Agileto w w w agileto com O Actveset Size D X A Point number 2226 8 ale Top1 RSSI amp TN 3 w J y d e TimeStamp 19 Oct 2012 15 56 49 653 E M s Agileto gt o fe e 4 A Agile s Y f AUS VE TOP 1 COVERAGE CELL for P6 2226 El amp 3 Summary EDEN E Coo
23. these are the cases collected when a source cell is detected to be in potential neighboring relationship with at least two different target cells which share the same PSC 3G or BCCH 2G These cases have been represented by Agileto in Google Earth and based on their quick visual check it may be decided if the PSC BCCH allocation should be re planned again for those specific cells for this last purpose of PSC re allocation it may be used the module M2 2 M2 3 The drive test optimization actions presented above may be doubled completed by the optimization actions based on the Call Traces as they will be described into the next chapter NO Pagel320fl wwwagileto com agileto Agileto_Help_V1 53 docx 4 2 Network Optimisation based on Call Traces The purpose and the target of this module is to provide automatically without human manual intervention by using SON Self Optimized Network principles the Network optimization actions with focus on neighbors and overshooters necessary to be performed into the 3G network 3G 3G IntraFrequency InterFrequency 3G 2G InterRat based on the real signalization data exchanged over the 3G network and collected for a limited period of time into the Call Traces files The major three advantages of using this module for network optimizations are 1 The results are based on the real traffic distribution over the 3G network and not on simulations therefore the final repo
24. 057 0 89 0 01 0 25 0 25 0 06 0 27 0 50 0 42 0 54 0 40 0 72 0 40 0 73 0 40 0 73 0 31 0 06 0 74 OF 0 81 1 14 0 52 0 54 0 90 1 65 0 01 0 04 0 77 0 95 0 62 0 63 1 96 1 99 0 35 0 95 1 23 1 23 1 63 1 84 0 38 0 38 0 29 0 30 1 69 1 71 1 07 1 08 0 54 0 64 297 297 9 5 5 53 0 27 p 22 0 60 0 60 0 41 0 41 0 48 0 48 032 0 32 35 3 5 0 53 0 53 0 60 0 60 0 01 0 19 0 30 0 70 20 Distance Target 0 41 0 41 0 48 0 00 0 78 0 88 1 16 0 55 0 55 0 55 0 78 1 72 1 59 1 16 2 34 0 00 1 24 1 56 292 0 35 1 27 3 31 2 60 2 586 0 94 1 34 1 42 3 04 7 56 1 13 1 56 0 94 2 35 1 84 322 1 16 0 35 1 68 0 41 1 72 0 88 0 78 1 27 1 79 1 79 0 48 1 13 0 94 0 00 0 00 0 00 0 41 www agileto com Agileto_Help_V1 53 docx Example of 3G 3G Drive test Neighbors Optimization report Part 2 2 24 25 26 2T 26 30 31 32 33 34 35 358 af 36 39 40 41 42 43 ae agileto nt Distance lt gt T Existing Nr Sree ir ee J Source Inside Be HE E dnd reum veIPU Stns ud Neighbor taal s MEE Cell Source Cell Target PNC_Soure RNC Targe sib110rDch Priority Neighbor Target am S lt T B s rs Detected Declaratio B 8 S zibiMand sibitand BSIC IIR EP A t Usage detected status 3 Cells Km T lt S n detected Dch E uu m o m o _ bd bud bal F hl hl Dch detecte verified w bul hull w bd Y bud 2 0 41 TruefFalse 21 13 64 TRUE 1 30 17 30 17 0W155 11 W101 21 204 204 sib11AndDch 1 Detected Va
25. 10688 2137 6H 15 May 2012 11 25 4 45 757295 4 84250 64 7 070000172 91 30500031 7 2950 590MHz 15 May 2012 11 25 4 45 757298 4 84251 64 6664000034 91 06999969 15 May 2012 11 25 4 45 757300 48425119 64 6 570000172 89 66400146 15 May 2012 11 25 4 45 757300 48425119 64 6 507999897 89 58599854 Vv 15 May 2012 11 25 4 45 757302 4 84251 64 6054999928 89 86699677 Ptos rondan x csse 1 15 May 2012 11 25 4 45757305 4 84251 64 6176000118 89 11299896 15 May 2012 11 25 4 45 757305 4 84251 64 6565999995 88 49799896 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 15 May 201211 25 4 45 757313 4 84251 64 6 159999847 88 44100183 l 15 May 2012 11 25 4 45 757313 4 84251 64 7 176000118 89 98799896 EcNoMin dB 3G Frq Layer 15 May 2012 11 25 4 45 757317 4 84251 64 6 77699995 88 8710022 5ource 15 May 2012 11 25 5 45 757322 4 94251 64 6 742000103 89 21099854 RSCPMin dBm E 3G Frq Layer 15 May 2012 11 25 5 45 757322 4 84251 64 6 602000237 88 91400146 Target 15 May 2012 11 25 5 457573285 484251 64 6 120999813 89 16799927 Active Set Delta dB nrBS Source 6 15 May 2012 11 25 5 45 757332 48425182 64 6 065999985 89 45700073 trigger by EcNo nrBS Target 6 15 May 2012 11 25 5 45 757332 48425182 64 6 320000172 88 97699738 A E eR En anum T 15May 2012 11 25 55 45757343 48425274 64 6 625 90 06300354 feiss by EEN ekra ek 15 May
26. 238 238 238 239 O24 1 70 239 238 0 91 1 69 0 73 239 1 68 1 69 1 69 0 28 0 01 0 14 w 1 m Se E LIE mi a Ad F 7 5 0 47 RNCO207 0 72 RNCO207 0 78 RNCO207 0 25 RNCO207 0 79 RNCO207 0 74 RNCO207 0 78 RNCO207 0 35 RNCO207 0 35 RNCO207 0 35 RNCO207 0 81 RNCO207 1 70 RNCO207 0 78 RNCO207 1 70 RNCO207 1 69 RNCO207 0 04 RNCO207 0 77 RNCO207 1 58 RNCO207 2 38 RNCO207 0 81 RNCO207 2 42 RNCO207T 2 39 RNCO207 2 38 RNCO207 2 39 RNCO207 2 41 RNCO207T 0 25 RNCO207 1 70 RNCO207 2 39 RNCOD04 2 30 RNCOD66 0 81 RNCO207 1 58 RNCO207 0 73 RNCO207 2 39 RNCO207 1 58 RNCO207 1 58 RNCO207 1 58 RNCO207 0 28 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 NC0207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 0 19 RNCO207 0 65 RNCO207 12 101 102 106 156 160 150 104 22335 22334 22333 159 131 121 105 124 157 110 167 503 3363 17 133 off 152 500 148 678 24867 258 168 153 136 178 1002 103 3366 673 100 129 148 158 171 173 175 235 257 32265 32267 51581 101 155 13 u30004B u30004C U30018A U31480B U31483C U31274B u30005B U31521C U31521B U31521A U31483B u30045C u30027B u30005C u30028B U31480C U300206 01314814 U31897C U30015A USTAGA U31888C U30047B U31488C U31276A 1314240 U31473C u30087C U37303A U31576C U31491C U31475B u30077B U328484 U30511A U300054 U30015C u300041C UI00044 US00464 U3127424 1
27. 7 a A gern pee Vx A im a ab oom 2 poma Lm A 2 E se Pe Ar s gt v T j r s J ZZ ay d y 5 E uot w wmm EN pe 5 a AS 7 gt T d send ees S on ANS x s N l 2 j j Z pe T4 a mi S E ES Ga al LAC se T ss e lt a CI e x ptm B ce A N A i SA Mi o Fi F ls Dr Agilete LA AM LA We would like to emphasize into the above screenshot that in addition to the neighbors lines there are presented displayed as well the associated neighbors priorities related to all the neighbors declarations selected to be displayed Page 73 of 183 www agileto com Agileto_Help_V1 53 docx 3 2 Neighbors database gt Mapinfo amp Google Earth converters This module allows you to generate the 3G gt 3G and or 3G gt 2G and or 2G gt 2G neighbors declarations formats for MapInfo see M3 3 and Google Earth when the OMC 3G configuration file of the 3G network is not available but the neighbors declarations 3G gt 3G and or 3G gt 2G and or 2G gt 2G are available in csv formats This module M3 2 may represent a temporary solution to be used instead of the module M3 1 when the neighbors declarations are available in different formats but the OMC 3G configuration file of the 3G network is not yet available EU Agileto Start Exit About Www agileta cam S 3b 702 Choose Start option and after this module M3 2 E Agileto I Select below
28. Agileto agileto A gilet 0 54 Optimisatior Contact details sales sales agileto com support support agileto com Web site www agileto com N Page 183 of 183 www agileto com agileto
29. Clayville NY F3 highest 2GHz z Q F7 gt first 9S00MHZ w Places M amp S My Places S MS Temporary Places E Me MobileNW ATT Me Agileto www agileto com AB 4c ig ac RI 26 M s Drive Test Optimisatio ME Agileto www agileto com B OY ActiveSet Size 6 O Topi EcNo O Topi RSCP O Topi CellsCoverage O Overshooters O NB Proposals O Ne Missing NUS i NB WrongPlanBCCH fas O NB NotDetected Et 4 SY a M NB WrongPlanBCCH ERP DORR Source Cell Name U10927B ama ENMA b T LATA Sos DES BEN MEA Target Cell_1 Name C15867B waw agileto com O SAA MES A O A Target Cell_2 Name C15872A OB summary O TA AY s kc uf a arget Cell_ a C Agileto gt 3G Yy EN d mu de Lera E LET xam Optimisation Tool gt S e a DL 4 E A Dist Targetl Target2 Km 0 6 E Cells Cells containing the neighbors E u10927B MN of ba Cell Code ad ee W25757 21 AR t Cell Code MO 2 781 E Ay amp OB 3 792 aem ae 00 4 776 ue S C GJ U15867B De x coulis ode W5771_21 ES Dl U15870A 2 N4547 11 E zT UISEGBA A Y N amp 0809 1 1019 gt b 4 Dig y W465_11 NSH Qaim J 2 gt Layers Earth Gallery gt gt ANY Page 129 of 183 www agileto com Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Cells Coverage results option is selected BEE File Edit View Tools Add Help v Search E
30. Drive Test Analysis Drive Test Optimisation GPS Latitude WGS84 gt Latitude 15May201211 25 3 45 757 484250 64 7 362999916 91 66000366 GPS Longitude WGS84 gt Longitude y May 201211 25 3 45757 494250 64 6234000206 87 85900116 Time Stamp gt Time Tae 1S May 2012 11 25 4 45 757 4 84250 64 6 477000237 8935199738 mM 15May201211 25 4 45 757 48425072 64 5 977000237 83 61699677 Spatial bin size m gt 10 9 Perform Spatial Binning 15 May 2012 11 25 4 45 757 4 9425072 64 8 87100029 93 08999634 15 May 2012 11 25 4 45 757 484250 64 9 758000374 94 08599854 Drive Test Analysis 15 May 2012 11 25 4 45 757 484250 64 7 977000237 82 43000031 15 May 201211 25 4 45 757 484250 64 7 070000172 91 30500031 Drive Test Parameter Header Selection 15 May 2012 11 25 4 45 757 484251 64 6 664000034 91 06999969 15 May 2012 11 25 4 45 757 48425119 64 6 570000172 9 664001 46 Parameter Selected gt TOP 1 CPICH Ec No oy 15 May 201211 25 4 45757 4842519 64 6 507999897 89 58599854 15 May 2012 11 25 4 45 757 4 84251 64 6 054999828 88 86699677 Parameter Name gt TOP_1_CPICH_EcNo 15 May 2012 11 25 4 45 757 4 84251 64 6 176000118 89 11299896 15 May 2012 11 25 4 45 757 4 84251 64 6 565999995 88 48799896 15 May 2012 11 25 4 45 757 4 84251 64 6 159999847 88 44100189 15 May 2012 11 25 4 45 757 4 84251 64 7
31. Drive TestssD T MeasurementssE p F1 Aglleto csv Browse v zndFile C Agileto ATT Drive TestssDT MeasurementssEsp 2G Final csv O cxt OM 36 46 snapshot File xml or xem gt UTRAN LTE xml or E amp gileteXAT TXOMC 5 napshots Snapshot 2L 00611 rl Browse Select Neighbors csv File insted of OMC File Cancel Don t select any Neighbors reference file xcm File Up to the format provided for the 1 and the 2 Drive Test file s you will be notified on the top right area see the brown text with the Drive Test Input Type that could be one of the following NO Page 85 of 183 wwwagileto com agileto Agileto_Help_V1 53 docx e Drive Test Analysis case of only mapping the desired Drive Test metric into MapInfo amp Google Earth 3G 3G IntraFrequency see above the first case 3G 3G InterFrequency see below the first case 3G 2G InterRAT GSM see above the last case 2G 2G IntraGSM see below Please see below some different other cases for exemplification 3G 3G InterFrequency Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv Help F1 Please select the desired option to continue Drive Test Input Type 36 36 InterFrequency Network Optimisation based on Drive Tests csv Drive Test measurements File scanner imobile csv File L SAgileta sS TT Drive TestssD T MeasurementssE p F1 Aglleto csv Browse v 2nd File C Agileto A
32. EJ 6S MebileNw DEMO PROJECT d a Y 4c e mA 36 WII a gileto com v l9 sites 3c mE cells 3c F3 8 lg cells 3a F2 m y wm Ao de pt UE S o 7 ean gm mtt m i E n d pm wn gs 14 p h gt TL po PL y TT i 3 1 us de ve V S j ae m i J d t F La y F 1 gr 1 y AgiletoDemo2 X Cell Code 1014_11 PSC 107 UARFCN 10562 LocalCID 1014 Sector_ID 1 Azimuth 70 Antennas Ant UMTS Ant Height 25 EI Tiltz 0 Mec Tilt 2 Cluster ClusterA RNC Name AGDM777 RNC_Id 777 Cell Id 2 14 e E eXSU AE SU gt MIS cels ac ri www agileto com Agileto gt 3G Optimisation Tool Legend pi s Agileto gt 3G Optimisation Tool O clusterA Y EJ clusters ME pscs 9 cells ac F7 MS 26 www agileto com A v ig Sites 2G 3 MY celis 26 AA a ileto com E Summary Agileto gt 3G Optimisation Tool gt v amp y 2GcCells Agileto gt 3G Optimisation Tool ME 1020 MO 317 7 i EP v C2 318 A gt rS 5 SS p uae 4d T v EJ BccHs Low cL EOS Aa uy qe E SRS id y vi i NER SD t A a I E E g pan i Ry e 4 a 4 a iwi nr Ra 3 ll A 1 Ve rr Y o O n rtu d Googiceserty be d E na cta i ogy a a 2 2 im a gt Layers Earth Gallery Ups 1 RR A SF rir dons pF Ms nl a gimp Page 43 of 183 www agileto com Agileto_Help_V1 5
33. Input OMC Snapshot file CiAgiletiATTNOMC_SnapshotsiSnapshot_20110623 xml MED Ti 0 7132 97 8 InputAgileto database reference file C AgiletovATTMobileNYv ConfigiMobileNW Config xls visis ccena Input 2G network OMC export file Last updated today 06 Jun2011 04 10 after importing 26 AU AROS mm database from the file GF A j zx CAAgiletovATTWobileNw ConfigiMobileNvVY External DBY OMC 2G Export 20110508 xls C T2 less 0 0 0 096 M TL Drive Test post processing gt Option Selected 3G gt 26 InterRAT GSM Drive Test Parameter es pe Source 3G Frequency layer 1 2112 4MHz GPS_ Static 7 m P Target 2G GSM layer m ME T3 less 5 164 2 296 y Source Nr of BestServers 8 Driv ip Tes t Par Pes T Target Nr of BestServers 79 GPS Static i EcNo Min dB 20 PEDE MS i dia dis I RSCP Min dBm 115 m Desde 0 0 0 m Active Set EcNo Range delta BestServer for valid Best Servers dB 3 Drive Test Parameter a AE Monitoring Set EcNo Range delta BestServer for valid Scanner measurements dB 8 E sitate ps R ta GSM RSSI Min 100 MO T5 less 15 0 0 09 PL y Ui p Minimum Neighbors Imposed Weight 96 1 01 Drive Test Par Seti e jf AT Spatial binning operated YES gt bin size m 20 GPS Static i d Output Drive Test Network Optimisation file O T6 greater 15 00 0 Be CAAgiletovATDiDrive TestsiDT OptimisationiBin20m SCANNER F1 G8M 20110523 Drive Tost Paramena y Ay s 3626 F1GSMiBin20m SCANNER F1 GSM
34. RNCO207 RNCO207 15 1 18 False False 3 1 95956 TRUE 0 30 17 30 17 0W155 11 W105 31 204 204 sib11AndDch 14 Missing Validated RNCO207 RNCO207 18 2 34 True True 3 1 95 FALSE 0 30 17 30 17 0W155 11 W124 21 204 204 sib11AndDch 15 Missing Validated RNCOZOT RNCO207 17 0 00 True False 3 195 TRUE 1 30 17 30 17 0W155 11 W157 31 204 204 sib11AndDch 18 Detected Validated RNCO207 RNCO207 18 1 24 False False 3 1 95 TRUE 0 30 17 30 17 0W155 11 W110 21 204 204 sib11AndDch 17 Missing Validated RNCO207 RNCO207 19 1 58 False False 2 1 30 FALSE 0 30 17 30 17 0W155 11 W187 11 204 204 sib11AndDch 18 Missing Validated RNCO207 RNCO207 20 2 82 False False 2 1 30 TRUE 0 30 17 30 17 0 W155 11 W503 31 204 4 sibllAndDch 18 Missing Validated RNCU207 RNCO207 21 0 35 False False 2 1 30 TRUE 1 30 17 30 17 0 W155 11 W3363 11 204 204 sib11AndDch 20 Detected Validated RNCOZ07 RNCOZ07 22 1 27 True False 2 1 30 FALSE 0 30 17 30 17 0W155 11 W170 11 204 204 sib11AndDch 21 Missing Validated RNCOZ07 RNCO207 23 2 31 False False 3 1 30 TRUE 0 30 17 30 17 0W155 11 W998 31 204 204 sib11AndDch 22 Missing Validated RNCOZ07 RNCO207 24 2 80 True False 2 1 30 TRUE 0 30 17 30 17 0W155 11 W133 21 204 204 sib11AndDch 23 Missing Validated RNCOZ07 RNCOZ07 25 288 True False 2 1 30900 TRUE 0 30 17 30 17 0W155 11 W577 31 204 204 sib11AndDch 24 Missing Validated RNCOZ07 RNCOZ07 BE 0 84 True False 2 1 30 TRUE 1 30 17 30 17 0W155 11 W152 11 204 204 sib11AndDch 5 Detected Val
35. Show Neignbawrs Ma Neighbours MapInfo Neighboring tool allows you to export all the 3G gt 3G and 3G gt 2G neighbors changes performed visually in MapInfo into a csv Delta file see this option into the above picture under the Neighbour Tool menu This file may be used by the module M3 1 in order to convert all the neighbors changes performed in MapInfo directly into a suitable format to be imported into OMC 3G network To activate Show Add Remove neighbors operations you need to do the following 1 Select press Show Neighbours icon QO Page 82 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx 2 Select the reference 3G cell all its neighbors will be displayed 3 Select press the desired operation to be performed Add Remove Neighbours 4 Select the target 3G 2G cell gt the user will see updated visually in MapInfo the new set of the neighbors according with the operation selected in advance Below it 1s presented a screenshot representing a case of 3G gt 2G neighbors how they are seen into MapInfo Neighboring tool Example of the neighbors case type 3G gt 2G 2 eel al ala Neighbour Tool 1 1 Type i3G 2G Cell W816 11 Number of Neighbours 5 RQ Page83ofl83 www agileto com agileto Agileto_Help_V1 53 docx Network Optimisation audit and proposal 4 1 Network Optimisation based on Drive Tests This module may be used for two main purposes cases as fol
36. as the performance of the 3G networks include the 3G gt 2G HHO success rate it worth to evaluate the status planning of the 2G network as sometimes this may be the main issue in particular cases where the 3G gt 2G HHO 1s not performed properly There is a plan to implement this module in the future but in case of special demands coming from different clients please do not hesitate to contact our technical support department at support agileto com and we will try to focus on this request to finish this module asap 20088 e Page660f183 www agileto com agileto Agileto_Help_V1 53 docx Neighbors Visually representation and converters 3 1 OMC snapshot lt gt MapInfo amp Google Earth converters Bh Agileto DAS Start Exit About WAL agileto corm 5 35 622 Choose Start option and after this module M3 1 Agileto E Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 87 3 Neighbors Visually representation amp converters C 3 2 Neighbors database gt MapInfo amp GoogleEart Converters gt 41 17 C 3 3 MapInfo Neighboring tool 3G z 3G 36 lt gt 261 gt V1 53 Eh Agileto Working Path ange s C Agileto Agileto gt www agileto cam Projects DEUME Uaec RANE 2010 All rights reserved Cancel OK Management ATT email sales agileto com Choose OK and you will get two main options a
37. gt dark blue o DCS1800MHz gt light blue 3G Cells color association regarding the Frequency layer legend o 36 Layer F1 gt yellow 2GHz band lowest UARFCN frequency o 3G Layer F2 gt green 2GHz band o 3G Layer F3 gt brown 2GHz band o 36 Layer 7 gt pink 900MHz band lowest UARFCN frequency 3G 2G cells having omni directional antennas will be presented with circles Page 44 of 183 www agileto com Agileto_Help_V1 53 docx Please see below MapInfo details regarding the 3G amp 2G sites cells colors codes Info Tool PSC 200 gt be CellCodesG Fg1855 23 Cell Name 3G TestCell 7 LIARFICN DL Frequency 4 Local CIL 64 855 Sector ID gt Azimuth 90 Antenna Type O63 17 xTB 2100 3 KATH 742241 Beamvwviedth 63 Antenna Height 44 Electrical Tilt 3 Mechanical Tilt 2 Cluster Test Cluster RMC Mame 3G RMC Panda RNC fter ID 429 Cel I 51 855 Lat VuGS84 4281688 Long WWcsa4 20 49708 lt gt List _3G_Cells F3 QO Page4Sofl88 wwwagileto com agileto Agileto_Help_V1 53 docx 1 3 Network boundary Border Cells detection This module is used to evaluate the Border Cells meaning the cells which are pointing outside of the main 3G coverage area representing a special class of cells 8 amp Agileto IE Start Exit About Www agileto cam V5 35 622 Choose Start option and after this module M1 3 Agilet
38. like it is presented into the picture below About gt Instal and Activate DEMO PROJECT 20088 age 17 0f 183 www agileto com agileto Agileto_Help_V1 53 docx 5 Agileto 3 29 37 799 glleto End User License Agreement This End User License Agreement ELILA is a legal agreement between you l ia el Install and Activate ether an individual or a single entity the end user and the author of Agileto e Y DEMO PROJECT component Author This EULA permits you ta use a single copy or multiples capies of the software product identified above which includes computer software and may include associated media printed materials and on line or electronic documentation SOFTWARE PRODUCT Licence Menu Check for updates By installing copying ar otherwise using the SOFTWARE PRODUCT vau agree ta be bounded by the terms of this EULA IF pou do not agree to the term of this EULA do not install or use the SOFTWARE PRODUCT SOFTWARE PRODUCT LICENSE ne Agileto gt www agileto com Agileto version Cancel 2010 All rights reserved Core 3 29 email sales aqgileto com Engine 37 799 Reproduction in any manner without the written permission is strictly Forbidden Press OK button and Agileto DEMO PROJECT Installation process will start like it is presented into the next picture Agileto DEMO PROJECT installation This will install amp gileto DEMO PROJECT on your PC Agileto DEMO PROJECT
39. structure as following gt Top_X in line format gt the Top X best servers detected at one time are presented into one single line gt Top X different lines format gt the Top X best servers detected at one time are presented in different lines one after the other Up to the acquisition processing drive test tools the formats accepted by Agileto tool for the Drive Test measurement files Optimisation option may be one of the types a or b mentioned above which will be described in details below Additionally to the Top X best servers which may be formatted in one of the cases a or b mentioned above the Drive Tests measurements files should contain always the Time Stamp amp GPS information columns as following Time Stamp GPS Lat GPS Lon Obs 1 The three above mentioned columns are mandatory but the headers names of these columns are not mandatory to be the same 2 The content of the column Time Stamp should be a string in any desired format this info is used just for the tracking purpose but doesn t play any role into analysis optimization activity If the Drive Tests measurements csv files are open in Excel they should have the following format structure 3G and 2G are different meaning that there are specific headers columns string names for 3G and other specific strings for 2G N Page 169 of 183 www agileto com agileto Agileto_Help_V1 53 docx A 3G case meses Se Lat o Lon l Top 1
40. t select any Neighbors reference file this case the output neighbors analysis amp optimization results will still provide the best suggested neighbors results but the comparison with the initial neighbors declarations will be no more relevant QO Page 87 0f 183s wwwaagileto com agileto Agileto_Help_V1 53 docx Example of case Don t select any Neighbors reference file Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv Please select the desired option to continue Drive Test Input Type 36 36 IntraFrequency Network Optimisation based on Drive Tests csv Drive Test measurements File scanner mobile csv File E amp gileteXAT TADrive T estsD T Measurements Esp F1 Agleta csv Browse zndFile Cancel ok After providing the relevant information on the previous form choose OK and you will get the one of the following main forms up to the content of the Drive Test measurement file which will be detailed further e Drive Test Analysis or e Drive Test Optimisation Don t select any Neighbors reference file Example of the case Drive Test Analysis 3 Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv x el Please select below the desired option and its associated parameters as appropiate Preview of the Drive Test data file 1 mp or istFie m DT 2ndFile TOP1SC TOP1CPICHEc No TOP 1 CPICH RSCP
41. 03 0 32 9 0 53 False False 0 29 40 RNCO2SS S771 U15857B 372 B T 12 8 5 4 0 27 0 16 0 33 184 2320 C15858A fra G0 5 B5 4 T5 0 0 37 0 26 0 51 0 0 61 41 RNCO256 S771 U150676 372 T 1 9 6 4 9 0 27 0 16 0 39 184 2028 C15870B Toe P3 7 24 0 57 5 0 16 0 03 0 31 0 0 29 42 RNCO2Z56 offi U150676 3712 B T 12 8 5 7 0 21 0 10 0 30 184 1984 C15853C T68 TT 6 90 0 55 0 0 18 0 10 0 24 0 D 34 43 RNCO256 5771 U15667B 372 6 5 12 8 5 T 0 20 0 10 0 28 184 1677 C15857A TOb 81 9 90 3 71 1 0 20 0 10 0 28 0 0 00 44 RNCO2S58S 5771 U15887B 312 Le 12 8 5 T 0 19 0 10 0 26 184 3308 C1365756 1002 20 8 25 1 17 4 0 82 p 74 0 97 0 0 79 45 RNCO258 S771 U15867 372 9 6 12 9 5 6 0 21 0 10 0 30 184 30110 C10827B fre 81 9 B5 2 14 9 0 58 D 44 0 68 D 0 42 46 RNCO2S8 STT1 U15857B 312 71 8 9 6 5 4 0 28 0 20 0 39 184 2029 C15870C FrO B0 5 92 5 185 4 0 15 0 04 O24 0 0 29 It is to remark above the cases detected as Wrong Target BCCH planning see above the columns colored in pink each such of case 1s detected when the UE is under the coverage of one source cell and there are detected as potential neighbors at least two different cells which share the same PSC 3G or BCCH 2G Obs More than two lines may be detected as belonging to same case ENY Page 111 of 183 agileto www agileto com Agileto_Help_V1 53 docx Example of 3G 2G Drive test Neighbors Optimization report Part 2 1 2 RNCU258 3 RNcO258 RNCO2S58 RNCO2S58 RNC
42. 1 This file contains information exported directly from the OMC 2G related to the 2G network and it should contain as minimum the following information regarding the 2G network cells CID LAC BCCH BCC NCC For more information regarding the format of this file please see the description of the modules M1 1 and M2 1 as well as the Annex describing the OMC 2G network file format For this Detailed User Guide this file will be named File 7 Page 6 of 183 www agileto com Agileto_Help_V1 53 docx How to install Launch Agileto Setup exe provided by Agileto and follow the instructions During the installation you can change the default 1nstallation directory v Agileto Setup Begin the installation by clicking the button below Click this button bo install 4gileto software to the specified destination directory Directory CAU Program Files A gileto Change Directory Exit Setup After installation it will be created a shortcut in Start gt Programs gt Agileto from where you may launch Agileto anytime see below Set Program Access and Defaults Windows Catalog Windows Update New Office Document Open Office Document e Accessories em Microsoft Office Documents d eo Windows Media Player fam Agileto Agileto Programs Settings Search 4 Help and Support Run Epgevesl aezte Log Off q Windows XP Professional o Turn Off Computer
43. 176000118 89 98799896 15 May 2012 11 25 4 45 757 484251 64 6 77699995 88 8710022 Legend Parameter values 15May201211 255 45757 4 84251 64 5 742000103 83 21099854 15 May 201211 25 5 45 757 4 84251 64 6 602000237 88 91400146 15 May 201211 25 5 45 757 4 84251 64 6 120999813 83 16799927 15May201211 25 5 45 757 48425182 64 5 065999985 89 45700073 l 15 May 2012 11 25 5 45 757 48425182 64 5 320000172 88 97699738 Legend ascending M Legend descending 15May201211 25 5 45 757 48425274 64 6 625 90 06300354 15May201211 25 5 45757 4842528 64 5 179999828 89 289001 46 Value lt Threshold 1 pm 15May201211 25 5 45 757 4842528 64 5 198999882 88 7460022 B 15 May 2012 11 25 5 45 757 48425287 64 5 609000206 89 45300293 Value lt Threshold_2 E 15May201211 25 5 45 757 48425207 64 5519993981 B8 78500366 Value lt Threshold 3 EE 15May201211 255 45757 484252 64 5 926000118 8851999664 5 15 May 201211 25 5 45 757 484253 64 6 995999813 90 98000336 Value lt Threshold_4 15 May 2012 11 25 5 45 757 4 84253 64 6 237999916 90 14499664 15 May 201211 25 5 45757 484253 64 7 039000034 91 81999969 Value lt Threshold 5 Sa 15 May 2012 11 25 5 45757 484253 64 7 742000103 92 80500031 A mcm EH 15 May 201211 25 5 45 757 484253 64 7 664000034 92 93000031 b CPC PO Export Data Drive Test 1st File Exp F1 Agileto c
44. 2012 11 25 5 45 757346 4842528 64 6 179999828 89 28900146 15 May 2012 11 25 5 45 757346 4842528 64 5 198999882 88 7460022 Top X 15 May 2012 11 25 5 45 757348 48425287 64 5 609000206 89 45300293 To be represented 15May201211 25 5 45757348 48425287 64 5519999981 88 78500366 js SE neighbors lines have variable Radius Km 15 May 2012 11 25 5 45 757350 484252 64 5 926000118 B8 51999664 widths up to nr of occurances Reference 3G F1 15 May 2012 11 25 5 45 757352 4 84253 64 6 99599981 3 TA hd su 2019 11 98 65 AR 757252 A QADRI CA A STAGE IV Display into GE movie ActiveSet_RePlay the summary info for each point 30 98000336 n 1AAQQRRA Cancel ox Drive Test 1st File Scanner 3G F1 csv Drive Test 2nd File Scanner 3G F2 csv Export Data J Generate Google Earth files KM Generate MapInfo files VW Spatial Binned Ultimately if in addition to the previous mentioned selection you select as well the option Select only 3G 3G IntraFrequency gt case 1 you will get the Case 1 3G 3G IntraFrequency analysis for the data contained into the 2 Drive Test file corresponding to the frequency layer 2 see the screenshot below for example ENY Page 101 of 183 agileto www agileto com Agileto_Help_V1 53 docx EN Agileto M4 1 V4 64 gt Network Optimisation based on Drive Tests csv x Please select below the desired option and its associated parameters as a
45. 237 10589 bar 1 7 tramiUtosU tromotol0 From FU to FO 11 22 760083_ J1 FO 49006 RMC 23 10569 CL 1 750153 UO FU 49009 RNC 237 10589 aoa 1 8 from10to30 fromotol0 From FU to Fu E 23 760083_ U1 FO 495066 RNC 237 10569 CL 1 Ffb0f41 UO FU 50052 RNC 237 10589 330 4 8 trornmilto30 trom to1d From FO to FO 10 24 760083 U1 FO 45066 RNC 23 7 10583 CL 1 60109 US FOO 49905 RNC 237 10509 1 25 2 6 fromiOtas0 from to10d From FO ta FO 2 25 760083_ Ug FO 49916 RNG 29 10589 CL 1 Ffb0lo3 L2 FOO 49007 RNC 237 10509 De trorniltos0 trorniUtos0 From FO to FO J N Page 58 of 183 www agileto com agileto Agileto_Help_V1 53 docx 3G2G NewInfoAdded Ed Microsoft Excel snapshot 20100607 MCI 9h30 3G2G NewInfoAdded xls al x File Edit wiew Insert Format Tools Data Window Help Adobe PDF Agileto Type a question for help r EX D zm Asa amp Y i BE kj UM v x 5l 4 dit 49 100 al E Go bE pe El fal y te EB EB S 96 ub S GR Be aaua Ih WX o L A gt Arial i B 7 U E Tl RIC fe Cal cud SA 2 0 3 Jaj 5 J 6 z7 8 3 10 n 172 13 15 B Ly Bleigh m Sal amm NEM luster Cel Name S T a TUE Cell Name T Dist CellSizas Neg I t y ice y Mame z Km Priorit 2 W49086 21 G37552 1 3 NM 7G UT F EEE SNC ST TEE GSMOO0 760152 S0 37652 4876 cibliAndDch 14 fromDto5 3 WAS086 21 G37530 1 314 CL 1 750083 U1 FO 49086 RNC 237 10589 GSM900 760130 SO 37630 4876 sibllAndDch 1 5 fr
46. 358514 NA NN eib11 A amp ndbic 495 False True 0 False True 1 11 False False 309 False True 4 11 False False Bbl3 613 9786 11 613 613 sibl TAndDic E33 erase ie Laco ici U0 F 1 W hig 92 11 613 613 523 FalseTue AN anae rity Sibit4 174 31 613 613 257 PaleelFalse il Yes 9958 31 613 613 761 Falss True U2 FO 850506 U2 FO 1 1 wann Y1 613 613 Isibii ndDe rm False False 0 29 True False y 37 False True TU False True 613 613 False True 513 613 True False A esa mates apm gohan E 513 False True FO 350071 WO FO 613 False True FO 350154 U0 FOP ff a 613 False F alse 350566 L1 FOR 613 TrueF alse 3580177 U2 FO 513 sibl TAndDe False True 350112 U0 FO 613 True True 351037 UD FO 350086 UO FC AD sav Frenuency Layers felaled to 50123 UD lo SoureeSj and tangettT n Jaa Pobo 21 613 M 55240 31 Bbl3 613 y 48523 31 b13 613 a007 64001 O Fals False 8 HC B4001 00 613 802 N 00 IDA D alselEs P Memi sii 3083560087 U Y 3083 1880 EAE False Ralse CA 111 560087 LU FO 5600940 U2 FO 1 1 VWWS083 31 1M 61500_51 513 613 sibllAndDch RR tu Ol LJ m cc Cc pimp e e 0 o_o min recie POPE PA ee v dii ris ml ee ee Ted oe a Ex a zh xx mpm Shas x main ies gem prem reps oy re ee re rar ore ara
47. 3G 2G sheet 2G Cancel Like into the example presented above for the 3G network select first the 3G tab top left selection into the above form you have then to choose the right sheet top right selection gt Ex 3G from the External Excel database which 1s providing the desired Page 31 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx 3G information to be imported updated then you will need to select the good columns associations between the standard Agileto header names and their currently names detected into the External Excel database file For the purpose of storing retrieving quickly the specific user columns correspondence into different 3G 2G Templates there is available a button see on top left the button Change 3G Template which is managing the Active 3G 2G Template as per the picture presenting below Agileto gt Templates 3G Management x Help F1 Please select ar type below the desired template and the action to be pertormed ATT 3 G Template w f Load O Save Delete Cancel Eg Please notice that during the usage of this module M1 1 for the purpose of updating Agileto reference database you may not want sometimes to update either 3G or 2G Agileto database with the data contained into the external Excel file This case you should select for that respective database 3G or 2G select accordingly the top left tab an empty blank sheet top right into the general form presented above
48. 5 11 66 True False 350122 UD FO 260487 J2 FO WABIBS 11 613 1 3mo 7 89 aetas 350122 UO FO EXA 77 1 D 2 A pes UU FD JE n 3 47 U2 FD 1 weName Gode RNCr re E E D 1 allowing FO NT 47 U1 FO 148169 11 idea for ays amp Eb D 1 1 a RE 525 the fol 350122 UD FO 350f47 UO FO 1 wa EOM O T s D 2 Cell Nam amp g 17 True False 350122 UO FO 350871 UD FO WTNERTTOWTEND 3 D 3 NPof Tal t cott Beatos the biel ShOD ier 74 U2 FO 1 WAB169 11 W49720 31 613 613 D Es E S Truefirue 350122 UO_FO 3 D S4 U2 FO 1 W48169 11 W48817 31 613 613 D gt r J 33 UD FD 148169 11 WMBB51 11 613 613 i 4563 205 10 739 False False 350122 UO FO 350733 U1 FO 148169 11 48850 21 613 613 AI ie H 48812 48524 E i 14 EB 224 False False 350089 U1 FO 350082 U2 FO 148812 21 W4B524 31 613 613 48812 48272 His provided the entire list of 2 24 False False 350089 U1 FO 350082 U1 FO 1 W48812 21 WW48272 21 613 613 48812 51768 D the Target cati affected 1 56 True False 350089 U1 FO 350151 U1 FO 1 W4BB12 21 51768 21 613 613 48812 48528 D 5 A4 E 9 35 False False 350089 U1 Fo 350086 UO FO 1W4BB812 21 W4B528 11 613 613 48812 48516 D by each Overshooter 16 4 37 True False 350089 U1 FO 350123 U1 FO 1 448812 21 WW48516 21 613 613 48812 48538 i 5 1182 Tme False 350089 U1 FO 350104 U2 FO 148812 21 WB538 31 613 613 48812 49697 D D z TES 125 11 2 18 True False 350089 U1 FO 350567 UD FO 148812 21 WW4B697 11 613 613 48812 34874 D D 16 14 93 AF 41 5 08 True False 360089 U1 FO 350
49. 5 519999981 88 78500366 fg SE neighbors lines have variable Radius Km Por 15 May 2012 11 25 5 45 757350 484252 64 5 926000118 88 51999664 widths up to nr of occurances Reference 3G F1 15 May 2012 11 25 5 45 757352 484253 64 6 995999813 18 hd au 2019 11 29 AR FRIA A 204252 EA R 2277000016 v Display into GE movie ActiveSet_RePlay the summary info for each point 30 98000336 x n 14408664 Cancel o Drive Test 1st File Scanner 3G F1 csv Vv Export Data Drive Test 2nd File Scanner_3G_F2 csw v Generate Google Earth files KM Generate MapInfo files M Spatial Binned Other general Drive Test Optimisation Input Parameters EcNoMin dB gt the minimum value accepted as valid input for the 3G neighbors analysis amp optimization process all samples with values less that this value will be discarded from the neighbors optimization process performed by Agileto RSCPMin dBm gt the minimum value accepted as valid input for the 3G neighbors analysis amp optimization process all samples with values less that this value will be discarded from the neighbors optimization process performed by Agileto Active Set Delta dB gt this is the accepted range interval below the real Top 1 best server where all the others detected Top_X servers may be formally considered as Top 1l reference server against all the others available Top Y servers where the strength of the Top Y Top X for the
50. 88 7460022 RSSIMin dBm 100 Top x 1 v 15 May 2012 11 25 5 45 75734 48425287 64 5 509000205 89 45300293 GSM To be represented 15 May 2012 11 25 5 45 75734 48425287 64 5 519999981 88 78500356 js GE neighbors lines have variable Radius Km 01 15May201211 25 55 45 75735 484252 64 5 926000118 88 51999664 widths up to nr of occurances Reference 3G F1 15 May 2012 11 25 5 45 75735 484253 64 6 99599981 3 90 98000336 IV Display into GE movie ActiveSet_RePlay the summary info for each point A EAS e o Monde OL AA zii Ela Earth EIS Fike Export Data Drive Test 1st File Scanner 3G F1 csv Wi Generate Google Earth files Ri Generate MapInfo files V Spatial Binned Drive Test 2nd File Scanner 2G TOP6 csv Cancel You will remark that there is a set of the same common inputs like they were already presented for the case of Drive Test Analysis as following GPS Latitude WGS84 Ex Latitude into the above example GPS Longitude WGS84 Ex Longitude into the above example Time Stamp Ex Time into the above example Spatial bin size m Ex 10 into the above example 2088 Page 97Of 183 wwwagileto com agileto Agileto_Help_V1 53 docx Observations a In case that two 2 Drive Test measurements files are provided as input then the option Perform Spatial Binning is selected by default in order to allow the geographically superposition between the type of the signals detected int
51. 96 125 136 18 2460 Active Set Delta dB nrBS Source 6 89 45700073 104 13 43799973 96 92800293 136 16 9449 eerie o ins Wo uns iom 2 ia duis ee 8 ee do D 1 01 89 28900146 104 16 03899956 99 14800262 126 16 1019 88 7460022 136 17 47999954 101 0270004 104 18 2339 RSSIMin dBm 100 Top X 1 89 45300293 136 16 02300072 99 86699677 104 16 9729 G5M To be represented 88 78500366 104 18 81299973 102 0780029 136 19 2299 fg SE neighbors lines have variable Radius Km Por 88 51999664 104 19 35899925 101 9530029 136 19 7770 widths up to nr of occurances Reference 3G F1 90 98000336 136 13 46500015 97 4489975 104 v Display into GE movie ActiveSet_RePlay the summary info for each point v Export Data Y Generate Google Earth files V Generate MapInfo fies M Spatial Binned u an 144a3acc4 1236 Drive Test 1st File Scanner 3G F1 csv Drive Test 2nd File Scanner 2G TOP6 csv 19 RANIA ME ARFNNNF2 104 18 8199 gt 19 Am1 ui Cancel ox If the DT 2 File option is selected on top right option then the preview of the data wil present now the content of the second Drive Test file see the next screenshot below Please do not forget to provide the right 3 columns correspondence for the 2 Drive Test file on the following inputs otherwise this missing info it will be signalized when pressing the OK button e GPS Latitude WGS84 Ex Lat into the below example
52. Agileto gt www agileto com 2010 All rights reserved support agileta corn M2 1 v4 35 gt OMC snapshot xml txt gt Audit amp Sanity Check gt 2G GSMCell Corrections B User Login Admin Run Time 040ct2010 00 26 09 00 26 20 11sec 7 OMC Snapshot file C AgiletoXOMC 3G SnapshotsXSMAPSHOT 20100811 xcm 8 Agileto database file C VAgiletoX3G amp 2G Confi36226_ Config xls 98 2G network OMC export file Last updated today 31May2010 15 13 46 cells updated fram 2G External Excel file C amp giletax3G amp 206 Canfigx3G amp z20 External DOGG database 040b xls 10 2G Cells detected into 3G OMC snapshot file 1031 including duplicated 26 cells into many RNCs 11 2G Cells detected into 2G Excel config file 6570 12 2G Cells detected in common Excel amp OMC files 1031 aan file is stored i CoAgiletoAudit SanityCheckisNAPSHOT 20100611 WO GSsMiells ToUpdate xls 14 15 Total GSMCell s 2 should be updated into 3G Network N Page 59 of 183 www agileto com agileto Agileto_Help_V1 53 docx p SMCells_only3GOMC NoExcel Me leas a a 1 7 BNC G5MNeighbour GSMCell bec wlbechFrequency e maxAllowedUlTxPower e ncc userSpecificln a 8 RNC 237 GSMS9DO0 100075 2 15366 5100 203 10 114 33 3 GSM900 100075 52 R 1 49 RNC 237 53M900_5500600_S0 15352 5100 203 10 2 Fb 3a GSMS00 S50060 30 LU En 51 Agileta gt waw agileto com 2010 All rights reserved support agileta co
53. CT post processing data according with the path location mentioned below CT inputs xml tab gt C MAgileto ATT Call_Traces CT_files 201 DDBDEMCT ANC 235 000022 0200 ml Browse B gt CT Analysis reports are used as input For re processing CT data reports with potentially different input settings The 36 36 and 36 26 Full paths input reports are presented below 36 36 CT analysis report gt C Agieto ATT Call TracessCT Optimisations201 006064CT Analysis 3G3G 20100606 Report 20100607 1818 csv Browse 36 26 CT analysis report gt 7 Aqjleto VATT Call Traces CT_Optimisations207100606 CT Analysis 3G2G 20100606 Report 20100607 1818 cev Browse OMC 3G reference database OMC 3G snapshot C Agileto ATTSOMC_Snapshats Snapshot_20 00611 ml Browse Call Traces CT post processing settings 36 36 CT mol tab traces Filtering operation 36 26 CT xml tab braces Filtering operation W Exclude P5Cs detected reported with Echo aut of the normal range Exclude 36 26 reported with invalid 2G parameters eg BSIC Include P5Cs detected reported with EcMa out of Ehe normal range after narmalisation Include 36 26 reported with invalid 26 parameters which may be unique evaluated Maximum number of neighbors to be imposed rlimibatians t Max Neighbors with sib11andDch Max Neigh 36 36 Intra Freq gt al Max Neigh 36 36 Inter Freq gt ag Max Neigh 3G 2G Inter RAT a2 36 36 Intra Freq 36 36 gt 48
54. Change the values according with your needs and then push OK Page 47 0f 183 wwwagileto com Y allecto Agileto_Help_V1 53 docx When the module completed the calculations you will get the following message Agileto M1 3 2 71 gt Network boundary gt Border Cells detection x 1 Border Cells Analysis is Completed User Login Admin Run Time 030ct2010 z3 01 07 z3 01 30 23sec The output results are recorded into the background Workbook Choose OK and you will get the results into Excel in the background as an workbook containing many sheets each sheet corresponding to the Border Cells analysis performed for that specific frequency layer see as example the screenshot below EJ Microsoft Excel Book1 1 p x File Edit View Insert Format Tools Data Window Help AdobePDF Agileto Type a question for help E x D c Eb uel t Be S 0 oc Wr i 100 MPM Yh 20 6 BHR SSAA X Arial 10 BZUJ EZSEB 79 18 8 EH AA m m iua faa zd Mal gt Draw 3 Autoshapes y a O BJ dl 2 Dr Pr AS US v ES 49895 L T AR n 7 Cell Name Cluster Local CID Dmin Dmin Dmin UT Az Dmin e 610064 UD FD Test 135 21 16 45 0 1 60 22 610264 U1 FO Test 479 21 06 45 32 2 120 71 150 710007 U2 FO Test 5592 26 B10681 UO FO Test 3a 20 92 45 60 1 0 71 16 610087 U2 F Test 420 27 B10087 U2 FO Test 12 21 05 45 87 3 270 71 253 510282 U2 FO Test 18855 28 B10087
55. Drive Test file by selecting the option Do Reverse Target gt gt see the example below Source 3G 3G Inter Frequency analysis 3 Agileto M4 1 V4 64 gt Network Optimisation based on Drive Tests csv Please select below the desired option and its associated parameters as appropiate Preview of the Drive Test data file 1 I oristrile 7 DT 2ndFile C Drive Test Analysis Drive Test Optimisation GPS Latitude WGS84 Latitude TOP 1 CPICH RSCF 4 15May 2012 11 25 3 45 757283 484249 6 992000103 92 00800323 GPS Longitude WGS84 gt Longitude eE May 201211 25 3 45757283 484249 E 6 745999813 90 88700104 Time Stamp gt Time y 15May 201211 25 3 45757284 4 84249 64 6 914000034 91 02300262 oe 15 May 2012 11 25 3 45 757286 4 84250 64 6313000202 90 53099823 Spatial bin size m gt 10 B BE Perform Spatial Binning 15 May 2012 11 25 3 45 757286 4 84250 64 7 362999916 91 66000366 15 May 2012 11 25 3 45 757288 484250 64 6234000206 87 85900116 Drive Test Optimisation 15 May 2012 11 25 4 45 757289 4 84250 64 6 477000237 89 35199738 15 May 2012 11 25 4 45 757291 48425072 64 6 977000237 89 61699677 otal Frequency Layers 4 15 May 2012 11 25 4 45 757291 48425072 64 8 87100029 93 08999634 15 May 2012 11 25 4 45 757293 484250 64 9 759000374 94 08599854 Bae eet 15 May 2012 11 25 4 45 757295 484250 64 7 97 7000237 92 43000031 3
56. EPIs xxx 33001 200 199 160 193 160 387 v Iw Generate Google Earth Files 3G sheet CS BB setup sucess Cancel OK ENY Page 162 of 183 www agileto com agileto Agileto_Help_V1 53 docx Below is represented the case B KPI is CS_RB_Setup_Success gt Cells colors up to their KPIs values amp cells radius are constant MapInfo Professional _3G_Sites 3G_ Cells F8 KPIs Map El File Edit Tools Objects Query Table Options Map Window Help amp gt lolalelm e lAlo l se AT leo ex ele ale KPI lt Threshold 1 2 S KPI lt Threshold_2 50 gt KPI lt Threshold_3 200 gt KPI lt Threshold_4 400 I KPI lt Threshold 5 Info Tool gt Y 4v ow 1 64055 48 14424 Editing Cosmetic Layer Selecting None vw v v Jv vv CS RB Success PSC CellCode3G Cell Name LI amp RFCN DL Frequency Local CID Sector ID Azimuth Antenna Type Bearmwvicth Antenna Height Electrical Tilt Mechanical Tilt Cluster RNC Mame RMC After ID Cell ID VW48521 31 350171 LI2 10 786 48 521 3 250 K40UG 05 RNC 350 6 48 521 _3G_Cells_F1_KPls Page 163 of 183 agileto www agileto com Agileto_Help_V1 53 docx The picture below is the same example as per above this time represented in Google Earth amp JE File Edit View Tools Add Help z Eaa atl at atl etl n T au n f m mmn y Search
57. Earth files In case that two 2 Drive Test measurements input files are provided related to two 3G frequencies layers it is considered by default that the Source data are related to the 1 Drive Test file Ex frequency layer 1 and the Target data are related to the 2 Drive Test file Ex frequency layer 2 see the example below Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv E Help F1 Please select below the desired option and its associated parameters as appropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 1 Porisrie DT 2ndFile GPS Latitude WGS84 gt Latitude TOP 1 CPICH RSCF 4 15 May 2012 11 25 3 45 757283 4 94249 6 992000103 92 00800323 GPS Longitude WGS84 gt Longitude m May 201211 25 3 45 757283 4 84249 7 6 745999813 9088700104 Time Stamp gt Time e i5Mar200211 25 45 757284 484248 64 914000034 91 02300262 T 15 May 201211 25 3 45 757286 484250 64 313000202 90 53099823 Spatial bin size m gt 10 JV Perform Spatial Binning 15 May 2012 11 25 3 45 757286 484250 64 7 362999916 91 66000366 15 May 201211 25 3 45 757288 4 84250 64 234000206 87 85900116 Drive Test Optimisation 15 May 2012 11 25 4 45 757289 4 84250 64 6 477000237 89 35199738 15 May 2012 11 25 4 45 757291 4 8425072 64 6 977000237 89 61699677 otal
58. Ehe module 1 4 to visualise them When the generation of the 3G amp 2G mobile network files 1s completed the message presented above will be displayed presenting the default location where the files have been saved Notice that you may use the module in order to visualize in MapInfo and or Google Earth the mobile networks 3G amp 2G just generated Please notice the following remark on this module M1 2 regarding to the generation of the 3G amp 2G network objects in MapInfo amp GoogleEarth e The output MapInfo amp GoogleEarth files including all 3G amp 2G info are automatically generated amp stored by the tool under the following Paths Page 39 of 183 www agileto com Agileto_Help_V1 53 docx gt MapInfo Agileto ProjectName MapInfo MobileNW wor gt GoogleEarth Agileto ProjectName GoogleEarth MobileNW kmz Example of Mobile Networks 3G amp 2G generated in MapInfo General overview E 1EY wu A Hoe gt T a o oo oO O cite Mame NDE 85011 Cluster Test RMC Mame RNC 215 RNC After ID 245 Lat VGSOX 4529419 Long 146384 20 085086 _3G Sites 4 o0 e Mr O EA 0 0 o A Page 40 of 183 www agileto com agileto Agileto_Help_V1 53 docx Example of Mobile Networks 3G amp 2G generated in MapInfo Detailed view Info Tool FSC ag x E Celllodes ww4aas4 31 cel Mame 350567 L2 FO LARFCM DL Frequency 10 564 Local ID 48 854 Sector I
59. Expiration Date O2 01 2012 Agileto SM 37 798 Last Access Date 08 10 2011 Release Date Maintenance Date 76 09 2012 DD 10 2011 Licence MaxNr Multillsers 1 Licence Crer Multillsers 1 gt see details below Agileto 06 10 2011 02 01 Licence Type ENHANCED gt minim 1 vendor supported Licence Support for the following Yendors A Agileto ra agileto com Help 320377938 Current Time 2 0ct 2011 Oz 08 32 87 Notice the red dot changed to the green dot 2088 Page 1Sof 183 wwwagileto com agileto Agileto_Help_V1 53 docx C Agileto GOLD EDITION 3 Agileto SEs Start Exit About Hep 4 37 37 944 Current Time 1 Sep 2012 21 06 51 Gold Agileto GOLD EDITION is a special edition which cumulates all the results from the modules amp features developed by Agileto in time It is coming together with an Enhanced Licence free of charge and is supporting all the main vendors like Ericsson Nokia Siemens Alcatel Lucent Huawei ZTE The licencing process 1s no more required for this case GOLD EDITION as it was described into the sections mentioned above The registration process is optional reccommended in order to allow the user to benefit for free and with priority of the following e Technical Support e New Beta versions amp upgrades e Communication news regarding Agileto Final remarks 1 You may check any time the status of your Licence in order to h
60. IV Display into GE movie ActiveSet RePlay the summary info For each point 43 7408 72 60 6 35 x 427410 99 AR aR hd b Drive Test 1st File Scanner 3G F1 csv Drive Test 2nd File Scanner 2G TOP6 csv Iv Export Data Generate MapInfo Files Hrs vw Generate MapInfo file Spatial Binned v Generate Google Earth files As already mentioned in advance the Case 1 may be selected by choosing the option Select only 3G 3G Intra Frequency gt case 1 see the example below Agileto M4 1 Y4 64 gt Network Optimisation based on Drive Tests csv E A Help F1 Please select below the desired option and its associated parameters as appropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 1 I oristrile DT2ndFile GPS Latitude WGS84 gt Latitude gt TOP 1 CPICH ASCP a 15May201211 25 3 45 75728 494249 64 6 992000103 92 00800323 GPS Longitude WGS84 gt Longitude m May 2012 11 25 3 4575728 484249 64 745999813 90 88700104 Time Stamp gt Time UR 15 May 2012 11 25 3 4575728 4 84249 64 6914000034 91 02300262 TUN 15 May 201211 25 3 45 75728 4 94250 64 5 313000202 90 53099823 Spatial bin size m gt 10 E A Perform Spatial Binning 15 May 2012 11 25 3 45 75728 4 94250 64 7362999916 91 66000366 15 May 201211 25 3 45 75728 484250 64 6 234000206 87 85900116 Drive Test Optimisation 15
61. LI xoc 9x g B EEES Fly To Find Businesses Directions Fly to e g 37 407229 122 107162 sa w Places vl eS my Places E Sightseeing Tour Make sure 3D Buildings layer is checked E m ey Temporary Places H 1 amp 9 3a sites 6 dide E o i aa o GS 5 3 iHi amp V amp S 3G Cells F1 KPIs ise Us wy dU y AC NEN iL NERA Ft 350171 U2 CS RB Success 211 00 P8Cz192 UARFCN 10786 LocalCID 48521 Sector_ID 3 Azimuth 250 Antennas K40UG 05 Ant_Height 25 EI Tiltz 0 Mec Tilt 0 Cluster RNC Name RNC 350 RNC Id 6 Cell Id 48521 3 att gt o y p A i E 4 a ui eos E NC Anileto Mem s Exige c ORAE RIT E o MESES gle o T POP a Tem XM 5 v pn Q2010 008 C J ln s 5G Optimisation e y y Ny re KA Ua A iw 7 o ER n J i n y d M i i P a S gt Layers Earth Gallery gt gt 25 2003 lat 48 111920 lon 11 592799 elev 56 m Eye alt 5 08km Page 164 of 183 www agileto com Agileto_Help_V1 53 docx Annexes Agileto reference database MobileNW Config xls Agileto reference database file 1s an Excel file containing two sheets named as following e 3G gt this sheet contains the data related to the 3G network e 2G gt this sheet contains the data related to the 2G network The structure for each database 3G 2G sheet is as per it is presented into the following screenshots Agileto installation kit is coming with a file name MobileNW
62. RAT Also you can choose the frequency layers to be used F1 F2 up to F10 according with the frequency layers detected in advance into the OMC 3G snapshot file Choose OK and you will see the specific MapInfo neighboring tool pop up message asking you to provide the input neighbors file 3G gt 3G or 3G gt 2G as following RQ Page 800f 183 www agileto com Agileto_Help_V1 53 docx Select a 2G or 3G Neighbour File to Import ax Look in 3 Neigh_OMC MI hd l qe t E EE EI SNAPSHOT_20100611_W2 73_3G3G IntraFrg csv 3 SNAPSHOT 20100611 To 73 Es S InterFra CEN Me MeSISMAPSHOT 20100611 v2 73 3G3G All csv SS SMAPSHOT_ 20100611 v2 73 3G2G All csv er 4136 3G Testcsv 8 36_2G_Testcsw ar Remote Tablez Ol rectory Ly Import Files Directory i Workspaces Director y File name SNAPSHOT_20100611_V2 73_3G3G IntraFrqcey y Files of type csv csv Cancel Maplnfa Places C Standard Places Zi gt The csv file that should be provided as input like into the above picture represents the 3G gt 3G or 3G gt 2G neighbors file into the right format accepted by MapInfo neighboring tool These files should be prepared in advance as output s of the module M3 1 or M3 2 For more details regarding the structure of the neighbors file to be imported in MapInfo please see the Annex named MapInfo Neighbors import file The installation kit of the tool is coming with two neighbors
63. RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 24 3 Neighbors Visually representation amp converters C 3 1 OMC snapshot xml txt lt gt MapInfo amp GoogleEarth Converters gt 42 81 3 2 Neighbors database gt MapInfo amp GoogleEart Converters gt 41 20 C 3 3 MapInfo Neighboring tool 338 3G 36 lt gt 26 V1 55 m Agileto Working Path ange i C Agileto Agileto gt wa agileto com Projects ee OS 2010 All rights reserved Cancel Management DEMO_PROJECT email salesimagileba cam Choose OK and you will get the following window 2088 Page 740f 183 wwwagileto com Agileto_Help_V1 53 docx J Agileto M3 2 V1 20 gt Neighbors database gt MapInfo amp GoogleEarth Converters Please select the option desired to continue Neighbors database csv gt MapInfo amp Google Earth csv kmz Converters Neighbors database file cov File CH AgiletoiDEMO PROJECT MapInfolNeigh DBY3G 3G Neighbors Demo csv Cancel OK Neighbors database file is a csv file where the 3G gt 3G or 3G gt 2G or 2G gt 2G neighbors declarations are stored They may be provided in different structure internally data organization and for the right matching of the data columns it is necessary to provide the right columns associations like it will be presented into the next picture For more details
64. Start e 5 Cc QO Page7ofl83 wwwagileto com agileto Agileto_Help_V1 53 docx How to start getting the license You can launch Agileto from the following path Start gt Programs gt Agileto If you do not have a valid Licence usually when you start Agileto for the first time you will get the following message EX Agileto gt Get Licence On Line f Het the BASIC Licence FREE of charge Cancel E If you select OK then you will go directly to the case A mentioned below which will lead you to get the Basic licence On Line In case you select Cancel then you will get the main Agileto window like below i Agileto Ed wan agileta cam Hep 3 28 37 798 Current Time 68 Oct 2011 00 13 00 0 Notice the red dot means no valid Licence You have to push About button and you will get the following screen 3h Agileto 3 29 37 799 Agileto End User License Agreement This End User License Agreement EULA iz a legal agreement between vou ae Aaaa Install and Activate either an individual or a single entity the end user and the author of Agileto u n DEMO PROJECT component Author This EULA permits you ta use a single copy or multiples capies of the software product identified above which includes computer software and may include associated media printed materials and on line or electronic documentation SOFTWARE PRODUCT f Licence Menu
65. Static gt points when static measurements are detected e GPS Invalid gt points when invalid GPS measurements are detected the previous valid chronological points are mapped for these cases e MeasS Invalid gt points when invalid Source data measurements are detected no data have been recorded from the device source scanner mobile at that point timestamp e MeasT Invalid gt points when invalid Target data measurements are detected no data have been recorded from the device target scanner mobile at that point timestamp To exemplify the above screenshot GPS Static case please see below gt T1 0 first range gt 7132 points from the total number of the drive test points representing 97 8 have been performed in mobility no static cases gt T3 lt 5 third range gt 164 points from the total number of the drive test points representing 2 2 have been performed in static conditions recording a number of up to 5 measurements detected into the same geographically position these static measurements points may be selected from the left side bar panel in order to see how they are distributed along the drive test Additionally to the above four 4 mentioned outputs when Load Audit results option M1 4 1s selected it is loaded into Google Earth GE the file named ActiveSet_RePlay kmz which contains all the drive test points and the GE tours movies ActiveSet_RePlay amp ActiveSet NbMiss presenting
66. T8 5 7 9 9 5 4 0 28 0 21 0 37 184 40225 C1566656 FY6 85 3 91 5 18 6 0 49 0 36 0 67 4 0 57 False False 0 38 16 RNCU2S59 oro UTUSZT7B T8 8 4 10 5 5 4 0 59 0 34 0 70 194 39391 013964B 1019 63 0 B4 2 i2 9 21 0 16 9 34 1 0 53 False False 0 59 1f RNCU2S58 oro UT0USZT7B fo b f B 8 5 4 0 26 0 21 0 33 184 30111 C10827C T92 69 4 B2 8 67 0 0 26 0 21 0 33 3 0 68 False False 0 00 18 RNCO2S58S 25f5f U10927b fd F 0 11 4 5 4 0 36 0 25 0 68 184 32488 C13877C 1018 B2 3 B5 8 12 9 0 38 0 29 0 49 1 0 53 Falee Falee 0 66 19 RNCO256 oro UT0927B fd 5 8 9 9 5 5 0 23 0 19 0 26 184 961 C10551A 164 T9 6 90 0 12 9 0 36 0 28 0 45 0 0 46 20 RNCO256 oro U10927B T8 6 5 1 4 6 1 0 24 0 17 0 34 153 38724 C15278B 1012 00 4 94 0 78 8 0 55 0 92 1 06 0 0 75 21 RNCO256 oro U10927B T8 T 8 10 4 6 1 0 44 0 20 0 68 184 55292 0151520 1005 B1 2 95 0 B5 0 0 73 0 61 0 55 0 0 87 22 RNCO2S58 25757 U10927B To 8 2 10 0 6 5 0 51 0 19 0 66 184 1502 C15851B TTG 90 4 94 0 BT 2 0 82 0 58 0 95 4 0 57 False False 0 42 23 RNCO2Z56 2ofor U10927B To 6 1 amp T T 0 67 0 64 0 70 184 32487 C139T7TB 1013 T8 2 B0 5 58 1 0 34 0 32 0 35 D 0 68 24 RNCO256 25757 U10927B T8 T 1 9 9 5 5 0 25 0 21 0 44 184 2029 C15870C TT B0 2 B8 5 55 2 0 49 0 29 0 56 0 0 66 25 RNCO259 oro U10927B To 1 0 11 4 6 1 0 32 0 26 0 44 184 1660 C15876A T98 91 6 96 3 BT 5 0 50 0 79 0 61 0 0 57 26 RNCO2S8 25757 U10927B T8 B 1 6 9 T O47 0 46 0 46 184 3939
67. U1 F Test 21 05 45 87 2 150 71 177 510055 U2 FO Test 517038 Filter Mode NUM A Each frequency layer has a dedicated output sheet F1 F2 F3 etc where all the 3G cells belonging to that frequency layer are recorded and the output results are filtered colored in pink color with the 3G cells detected as Border Cells based on the initially input data provided BW percent enlargement Max coverage distance The Border Cells detected in this way may be used to be assigned with a special class for further optimisation purpose in order to accommodate optimise better the main KPIs like CSSR amp CDR Each sheet presents end of the row data the Frequency layer summary like below 2088 Page 48 of 183 www agileto com agileto Agileto_Help_V1 53 docx Fd Microsoft Excel Book1 Type a question for help R gt lu Ez iS t d m pa K s hc e 2 oa iv fabi E Br d ho ASS l R2001 C1 Agileto gt www agileto com 2010 All rights reserved suppot agileto com M1 3 V2 71 gt Network boundary gt Border Cells detection El Cell Name Cluster Local CID Dmin Dmin Dmin eA od o x W o v c 46 34 a7 amo 0 AB TB UA 2884 User Login Admin Run Time 20Jun2010 13 16 26 13 16 46 20sec DT D 1 o 2883 Frequency Layer 1 2112 8MHz BW Extended 10 MaxDist Border Cells 7Km a 2884 Note All 3G FDDCells declared into 3682G_Config xls file not necessary detected into OMC sn
68. agileto Page 171 of 183 www agileto com Agileto_Help_V1 53 docx C 2G case gt Top_X in line format 1 2 a a oe E Top 1 Top 1 Top 1 Top 2 E E S Lo ron lessi BSIC ARFCN 50 50 4 2 22 Oct 2011 11 05 03 45 83095 5 329197 T81 T1 3 22 Oct 2011 11 05 04 45 830895 5 329196 fot f3 4 22 Oct 2011 11 05 05 4563095 5 329199 fot f3 50 fs f4 34 1019 f3 42 5 22 Oct 2011 11 05 06 45 83096 5 329212 fot 76 50 1015 f 33 1013 75 42 ffs f4 34 1009 Pb 44 6 22 Oct 2011 11 05 07 45 83097 5 329219 fot f4 50 1075 69 33 1019 79 42 fs T5 34 1013 79 52 T 22 Oct 2011 11 05 08 45 830896 5 329225 781 f3 50 1015 F1 33 fs 79 34 1009 f5 14 10139 50 8 22 Oct 2011 11 05 09 4563094 5 329227 781 f2 50 1015 f 33 1003 FT 44 ffs 76 1013 f8 52 9 22 Oct 2011 11 05 10 45 830893 5 329224 1015 69 33 fot f1 50 fs f4 34 1013 f65 42 1009 IT 44 10 22 Oct 2011 11 05 11 45 83091 5 329246 1015 f3 33 fot T1 50 ffs T3 34 TT 79 45 1019 IT 4 11 22 Oct 2011 11 05 12 45 63091 5 329235 1015 r0 33 781 f0 50 fs f4 34 E 79 45 1019 0 12 22 Oct 2011 11 05 13 45 83093 5 329102 1015 f6 33 761 f0 50 fs P3 34 92 60 42 1009 6 44 The name of the mandatory columns mandatory columns are presented inside of the red rectangle into the above picture should contain minimum the red strings presented into the above picture The Drive Tests measurements data should contain the TOP X best servers detecte
69. and its associated parameters as appropiate Drive Test Analysis C Drive Test Optimisation Preview of the Drive Test data file 1 DT istFile 7 DT 2nd File GPS Latitude WGS84 gt Latitude z _ 15 May 2012 11 25 3 45 757 4 94249 5 22300005 90 23799896 GPS Longitude WGS84 gt Longitude May 201211 25 3 45 757 4 94249 a 5 390999794 89 53039823 Time Stamp gt Time y 15May 201211 25 3 45757 484249 64 5 390999794 89 5 a 15 May 2012 11 25 3 45 757 484250 64 5 203000069 89 42199707 Spatial bin size m gt 10 Y Perform Spatial Binning 15 May 2012 11 25 3 45 757 484250 64 5 203000069 89 5 15 May 2012 11 25 3 45 757 4 84250 64 590199995 87 52700043 Drive Test Analysis 15 May 2012 11 25 4 45 757 4 84250 64 5 90199995 88 77700043 15 May 2012 11 25 4 45 757 48425072 64 5 945000172 89 58599854 Drive Test Parameter Header Selection 15 May 2012 11 25 4 45 757 48425072 64 6 945000172 91 16400146 15 May 2012 11 25 4 45 757 4 94250 64 7 519999981 91 84799957 Parameter Selected gt TOP 1 CPICH Ec No oe 15 May 2012 11 25 4 45757 484250 64 7 519999981 91 97299957 15 May 2012 11 25 4 45 757 4 84250 64 7 617000103 91 85199738 Parameter Name gt TOP_1_EcNo 15 May 2012 11 25 4 45 757 4 84251 64 7 617000103 92 02300262 15 May 2012 11 25 4 45 757 48425119 64 5 801000118 89 89499664 15 May 201211 25 4 45 757 4 8425119 64
70. be filled initially 36 Cells detected into 3G Excel config file 4541 a 2GHz band 1 to 6 3G Cells detected inta snapshot OME file 1347 b SOOMHz band 7 to 10 Be L a i A E SONG ada and corrected E e a o aa Last manual updated 3G data 24F ebruary2010 21 50 36 sheet template eS od bo A aoe eae e The grey columns contain optionally info and they may be updated by using the module M1 1 from external databases File 2 e At the end of the enumerations of all the 3G cells there is a blank line marking the end of the definitions of the 3G cells and then is following a summary info presenting the comparison of that 3G data with the 3G data retrieved from the last used OMC snapshot file this summary is updated each time while running the module M2 1 Audit and Sanity Check e Each 3G cell is unique identified by its Local_CID as a key reference when searching in multiple databases Notice another unique reference key for the 3G cells may be represented by the combination RNC_ID Cell_ID e The first column named Cell_Code is unique allocated for each 3G cell and it is generated updated automatically by the tool as following o 3G Cell Code Frq layer associated Letter Local_CID _ Sector ID Frequency layer o Incase that a 3G Cell doesn t have geographically coordinates Long WGS84 Lat WGS84 data filled then there is a prefix MC stands for Missing Coordinates which is added to the standard Cell Code described
71. dBm GSM the minimum value accepted as valid input for the 2G related to the 3G 2G or 2G 2G neighbors analysis amp optimization process all samples with values less that this value will be discarded from the neighbors optimization process performed by Agileto 3G Frq Layer Source gt This is the 3G frequency layer associated to the drive test measurement data contained by default into the 1 Drive Test file if there are provided two Drive Test input files or which is provided on the left side in case only one Drive Test file 1s provided 3G Frq Layer Target gt This is the 3G frequency layer associated to the drive test measurement data contained by default into the 2 Drive Test file if there are provided two Drive Test input files or which 1s provided on the right side in case only one Drive Test file is provided nrBS Source gt Ex 6 It is the number of the top Best Servers detected as exported into the Drive Test measurements Source file the Source Target Drive Test file association is performed similar like it was presented above for the 3G Frq Layer Source Target although this value may be detected initially as 1 due to the accepted Drive Test file format check into the Annex the Top X different lines format the real value will be calculated by Agileto during post processing the data and it will be reported on the output results nrbS Target gt Ex 6 It is the number of the top
72. do not install or use the SOFTWARE PRODUCT You need to agree with Agileto EULA then you will get the following message Agileto Congratulation You have succesfully loaded On Line Agileto BASIC Licence valid For 31 days Your Agileto BASIC Licence File was saved at the Following location Path C Program Files 4qileto File Agileto Licence v3 35 BLOB S tt Keep it in a safe place in order to have it For the Future reference and usage Please notice that no other FREE BASIC Licence will be granted until this one expired Remember 1 Agileto Mini BASIC Licence does not support any specific 36 vendor equipment 21 To get support For any 36 vendor equipment please contact Agileto Sales Team Agileto gt www agileto com 2010 All rights reserved email salest agileto com After pressing the OK button the full Licence details windows will occur like below Page 11 0f 183 wwwagileto com ag Neto Agileto_Help_V1 53 docx Agileto gt Licence Information V3 35 Licence alidation True Licence Remaining days 31 OK Current Date 06 10 011 Expiration Date 07 11 2011 Agileto SM 37 798 Last Access Date 08 10 2011 Release Date Maintenance Date Q8 10 2012 DD 10 2011 Licence MaxNr Multillsers 1 Licence CrEMr Multillsers 1 gt see details below Admini 05 10 2011 01 03 Licence Type BASIC gt no vendor is supported Licence Support for the following Vendors E Agileto Sta
73. ji e e numi e a YN o e pui n eR a M rr E s EM Ss e umi wA E A a Yn S o gu y 2 5 2 ret 2 o Of s O sms BEES Lc emi C o 3 oo p gt a Y nn 4 IN e E a 161 4 T NE Em E ms cw joa BE Ld 1 D rr nan e dy AUR gt E a ord eA wc ms o 5 a 124 DE Z X o gt e e Hi V m M M 2 gt T i 3 ES 7 AZ LOT DULCES sae R im ta Qu a ove oye fiet z E ns ore E b m xd Adder 8 E gt m ss x E 3 v e a Y a te a A E c ze lel s q n pem LDA J co os mo x axl Xx e LA e mI i ar gt lt As E on rz etinm cies c 0 eS AE dE gt v gt A T 7 dem 3 H A e 4 o tc ior Ses Y D a de EE 1 DN e C a a a cD gt 2 2 E Hs u D mr mr pr gt e a Ei a F m D c E z E 4k g gt 8 D e c S se He ato S M S e o 2 RE e E E RE eJ E i y E wE Sau mus Nu Au s 1 5 rid 2 1 ka o a y P o 29 a ya ga oh ds E 2 m z a 385 SE Q9 Ae Ae C 2 ae o tt a u Lo c c3 E k E g 9p ds 5 ws wo An i a x lt T E Ba o5 Y 5 Vs We Wh Gh T gt m i O N B 0 z o a a o nj Fat no wo g Ind Rz I m E pm ali i 3 oars o u E E ES de Barz Mu Bu Be Be We Qi o02a a ui m Oo D o 2f i m m m m D m ono Un Pu D Rs BD x AL m m 1 m 1 m 1 m 0 a CO o mp Q 3 a 2389990035278 5 2 5 HL G o MUS 5L La e Y e m F co gt 5 2 5 t D L aj A mi
74. may be visualized straightway in MapInfo amp Google Earth by using the modules M3 3 respective M1 4 Re allocation of the neighbors priorities and the sibl lorDch flags is performed during the optimization process based on real network traffic distribution and weight 1 Each new neighbor proposed to be added it 1s provided with the optimum priority to be allocated as well as with the optimum type of sibllorDch allocation based on the specific limitations imposed initially caused by the 3G vendor provider or by the mobile telecom operator strategy and obviously based on its specific weight extracted and calculated from the Call Traces post processed results 2 The remaining neighbors which were not proposed to be deleted are reallocated with the new sibllorDch flags and priorities based on this new optimized method involving the real customer traffic repartition and the weight detected into Call Traces collected during that period of time The list of the suspected Overshooters cells This method of network optimization provides additionally as output the list of the cells suspected to act as overshhoters together with all their associated affected target cells grouped per each overshooter cell This shortlist containing the suspected overshooters cells may be used straightway by the RF Optimization engineers in order to quickly verify the correctness of these detected overshooters polluters cells if necessary after the positive de
75. regarding the structure format of this type of the neighbors files please see the Annex named External Neighbors declarations file After selecting the desired input file push OK into the above form and you will get the following window RQ Page 75 of 183 wwwagileto com Agileto_Help_V1 53 docx Agileto M3 2 V1 22 gt Neighbors database gt MapInfo GoogleEarth Converters x Help F1 Please select the Neighbors declarations type and their columns associated correspondence 0 51 Neighbors Declarations Neighbors declarations type 3G lt gt 3G or 3G gt 2G or 2G gt 2G Preview of the Neighbors declarations file Local_CIDS Local_CIDT sib11OrDchUsage RNC Source RNC Target CIDS cIDT PSCS a 52256 52257 sib114ndDch 1 613 613 52256 52257 336 3G gt 3G 3G gt 2G 2G gt 2G 52256 51784 sib11 AndDch 2 813 613 52256 51784 338 52256 64001 sib11AndDch 3 613 802 52256 64001 338 3G Source Cells Format 52256 64002 sib11 AndDch 4 613 802 52256 64002 338 52256 20704 sib11 AndDch 5 813 620 52256 20704 336 cellld RncId v localCellId 52256 53396 sib11AndDch 6 613 613 52256 53396 338 E coi i 52256 10538 sib11 AndDch 7 613 613 52256 10538 338 SOUrCE LENS O ak ht als basen 52256 20283 sib11 AndDch 8 813 813 52256 20283 338 localCellId beams e 52256 20282 sib11 AndDch g 613 613 52256 20282 336 52256 10536 sib11 AndDch 10 813 813 52256 10536 338 52256 53526 sib1
76. related to the network optimization based on the Drive Tests module M4 1 this directory contains two subdirectories one for inputs DT_Measurements and another one for outputs DT_Optimisation as following e DT Measurements gt directory where it 1s recommended to be stored the Drive Tests scanner mobile measurements data files Input data for M4 1 e DT Optimisation gt directory where the tool is storing the output reports for the network neighbors optimization based on the Drive Tests M4 1 outputs GoogleEarth gt directory related to the representation in Google Earth formats of different outputs like 3G amp 2G mobile networks Drive Test outputs 3G gt 3G 3G gt 2G 2G gt 2G Neighbors etc e 2G gt directory where the tool is storing in GoogleEarth formats the 2G Sites amp 2G Cells files automatically generated amp stored here by M1 2 amp M5 1 e 3G gt directory where the tool is storing in GoogleEarth formats the 3G Sites amp 3G Cells files automatically generated amp stored here by M1 2 amp M5 1 e Drive_Tests gt directory where the tool is storing the output results of the Drive Test Analysis Optimisation generated in Google Earth format M4 1 e Neigh_GE gt directory where the tool is storing the neighbors generated in Google Earth format by different modules M3 1 M3 2 M4 1 M4 2 KPIs gt directory related to the module M5 1 gt this is a directory where it is recommended to
77. screenshot below presents an example of an Overshooter detected cell the most Affected Cells are displayed by their uals and weight Google Earth E Je File Edit View Tools Add File Edit View Tools Add SHES O O O OS I 2 0 l w Search Fly To Find Businesses Directions Fly to e g San Francisco AQ GSM 900MHz w Places DCS 1800MHz MIS My Places MS Temporary Places i IV amp S MobileNW ATT WS Agileto www agileto com ua 4G m M 36 M 2c E ge Neighbors CT OB A Agileto www agileto com O NB Proposals 0 wpP IntraFr amp O Ne Intrarr_F1 amp O na Intrarr_F2 H O wp IntraFr F3 amp 0 Nee InterFr E O we InterFr F1 E O we InterFr F2 amp ON we InterFr F3 amp 0 nep_interrat amp OS ne InterRAT_F1 O wp InterRAT F2 amp O Ne InterRAT F3 0 we ToAdd amp O ne ToAdd IntraFr H O we ToAdd InterFr amp Ola NB ToAdd InterRAT 0 we ToDelete amp O we ToDelete IntraFr amp O NB ToDelete InterFr amp O NB ToDelete InterRAT 0 Ne TaChange amp O we ToChange IntraFr amp OY wp TaChange InterFr amp Ola wp ToChange InterRAT M overshooters gt pr Overshooters F1 Q 3 J t 0 Layers Earth Gallery gt gt agileto A3 W431 11 Overshooter Cell Name 100384 Affected Cell Name U10531A LocalCID 431 Dist OS Affected Km 2 Aff
78. the Source cell is detected inside of the beamwidth of the Target cell e On the right side is following the data regarding the number of occurrences numbers as well as weighted percentage representing how many times weight per one source reference cell a specific detected combination Source Target occurred into the input data file by referencing to the same Source cell The final decision for adding or not a Source Target combination detected as neighbor relationship may be based on the number of occurrences their weighted contribution per the Source cell as well as looking to different other additionally information EcloAvg EcloMax etc N Page 153 of 183 www agileto com agileto Agileto_Help_V1 53 docx Investigation based on Cells KPIs in MapInfo amp GoogleEarth representation 5 1 Generate MapInfo amp GoogleEarth cells sites objects based on KPIs values The purpose of this module is to provide a quick visually representation into MapInfo and or Google Earth between the performance KPIs of the 3G 2G cells and their geographically representation and distribution This may help to perform correlations and to identify quickly an issue that may affect a dedicated geographically region of the 3G 2G network Ex external radio interference affecting a group of 3G cells from a dedicated geographically region or to identify a general transmission issue which will be reflected into the bad performance for all the cells
79. the TOP_1_EcNo in Google Earth 2 Google Earth File Edit View Tools Add Help Mibi E E 9 See OFS r3 Bi aja Fly To Find Businesses Directions pr EN 025 A EIA pcs MI amp S My Places Fly to e g 1600 Pennsylvania Ave 20006 S MS Temporary Places amp M Drive Test Analysis TOP 1 EcN M Se e 33 28 rive Test Analysis TOP 1 EcNo Time Stamp 16 May 2012 13 33 26 913 Param Selected TOP_1_EcNo 15 52 MS Agileto weww agileto com EB M3 TOP 1 EcNo NrPt GPS Invalid 0 tae aee i NrPt_ParamSelected_Invalid 0 E m pala is v x Lat WGS84 45 760020 SERENE TE COUT i Long_WGS84 4 827247 YB Summary LA Agileto 3G Optimisation Tool http www agileto com amp 8 Legend NrPt GPS Static 0 Directions To here From here MIL s s OT T2 less Ol O ceu 13 356 1 496 Drive Test Parameter TOP 1 EcMo T3 less OR equal 11 792 3 2 Drive Test Parameter TOP 1 EcNo amp ME T4 less OR equal 9 2845 11 5 Drive Test Parameter TOP 1 EcNo ME TS less OR equal 6 9279 37 4 Drive Test Parameter TOP 1 EcNo T6 greater 6 11218 45 2 Drive Test Parameter TOP 1 EcNo M s mobilenw A v Agileto Y Q E a y am y 34 Optimisation gt T Ca w gt Layers Earth Gallery gt gt M D ENY Page 94 of 183 agileto www agileto com Agileto_Help_V1 53 docx You may notify the fol
80. there is performed an instant audit presenting into the form the current status of the repetition of the same PSC in regards with the reference source cells the fields from REFERENCE SOURCE DATA and CALCULATED TARGET DATA are updated automatically during each change N Page 63 of 183 www agileto com ag ileto Agileto_Help_V1 53 docx To summarize this process we may say that there are two main cases in order to perform the audit and optimization regarding PSCs allocation as following 1 3G Cell NodeB level gt Push the green button evaluate PSC Optim gt cells displayed gt by performing this operation the following fields from the form are updated accordingly marked within the green square e Optim PSC e Optim Dist Km 2 3G Network level gt Push the blue button evaluate PSC Optim gt all 3G cells gt by performing this operation an Excel report file is generated into background with the new optimized allocation for the PSCs Both methods are considering for the PSCs allocation optimization purpose the maximization of the distance between any two 3G cells belonging to the same frequency layer and sharing the same PSC The first option Case 1 gt NodeB level is best suitable when there are detected one few 3G Cells having an issue related to their PSCs allocation high CDR low Accessibility low Throughput etc or for the new insertions additions of the new sites in deployment bet
81. w Search Fly To Find Businesses Directions Fly to e g Reservoir Rd Clayville NY X z 1 66 0 Z Q X 26 6 c 1 een Ul w Places MA my Places M Temporary Places gE iu MobileNVW ATT M A Agileto www agileto com ug 4G amp Mg 36 amp ME 26 a E HN Drive Test Audit Bini0m_Scanner_3G ME A Agileto www agileto corn m s gg GPS Static E MS GPS Invalid MS MeasS Invalid MS MeasT Invalid E Ae ActiveSet_RePlay mra Agileto www agileto com MED Summary Agileto gt 3G Optimisation Too http ww w agileto com MS Legend ME DriveTest Points ME ActiveSet_RePlay 1515 Ear Tel gt Layers Earth Gallery agileto NU i aa Y ZA ROG i6 Del Pt nrz 5862 Time Stamp 16 May 2012 14 25 15 177 ActiveSet Size 3 MaxLink_Dist 0 5Km 1 U30086B 31 9 3 97 3 2 U30029A 154 9 3 97 3 3 U30029B 84 8 3i 97 3 Top1 8C 31 Top1 EcMo 9 3105 Top1_RSCP 97 29475 Directions To here From here Page 120 of 183 www agileto com www agileto com EcNo Agileto_Help_V1 53 docx e a E S E gd APA ARE E TT mae ta jo izo Mens vine amp te o O Pd rm e i al Dg Pa Spee ae AE bM E si e TTE F O al D 4 F A e en i ot m ps e 00 y q A rt onl NT S O cian er E I c Y ec zx Oe Tai po A T C REEE T oF pa ae Eh a 4 e e 5 3 i 77 Nm EE SRL Sa D Se m
82. will generate the follwing folder C Agileto DEMO_PROJECT This folder already contains some samples databases for gt 3G and 2G Mobile Networks demo database gt 36 36 and 36 26 neighbors demo databases 3G cells KFIs demo database gt etc The full description about how to use it will be included in C Agileto DEMO PROJECDPDEMO PROJECT ReadMe bd Do you agree to install Agileto DEMO PROJECT Decline You will need to Accept in order to continue When the installation is completed Agileto_DEMO_PROJECT help file is open automatically like it was presented at the beginning of this chapter Agileto_DEMO_PROJECT help file resides at the following path C Agileto DEMO_PROJECT Agileto DEMO PROJECT chm 2088 Page 8 of 183 wwwagileto com cng Neto Agileto_Help_V1 53 docx How to upgrade If you are connected to internet each time when Agileto is launched it will check by itself if a new version is available and if it 1s the case the upgrade process to the new version will start automatically like it will be presented further Additionally you may check manually anytime if a new Agileto version is available for upgrading by pressing the following combination About gt Check for updates like it is presented into the picture below 3h Agileto 3 28 37 798 Agileto End User License Agreement This End User License Agreement EULA is a legal agreement between vou either an individual or a si
83. without important human manual intervention all the optimization tasks and recommendations by using intelligent SON Self Optimized Network principles starting from the data contained into the Drive Test measurements file s Which data to be used the scanner or mobile drive tests measurements data First of all we would like to remind that the Drive Test measurements file should contains the Top 1 to Top X best servers detected into the 3G and or 2G mobile networks according with the content and format as detailed into the Annex named Drive Tests measurements scanner mobile file In order to provide a fast answer to the question which device data to be used scanner or mobile we would recommend to use always the scanner measurements data if they are available due to their highest performance in sensitivity coverage independence against mobile network neighbors declarations and more general capabilities compared with the mobile s drive tests measurements data However due to the special Spatial binning option provided by Agileto in post processing the input Drive Tests measurements data the mobile drive tests measurement data may be provided as input too as far as the missing neighbors declarations may be detected and compensated by the aggregations performed during the post processing data in line with the Spatial binning method Effectively by using the Spatial binning method all the signals detect
84. 0 RSSI 74 BSIC 51 Agileto gt 3G Optimisation Tool mel egena CJ T1 greater 50 387 6 096 E Drive Test Parameter Topi RSSI amp MG T2 greater 70 4294 66 7 i i Drive Test Parameter i Top1_RSSI j EJ T3 greater 80 1606 24 9 Drive Test Parameter Topi RSSI ao Drive Test Parameter Pd Topi RSSI amp MG TS greater 95 5 0 1 E Drive Test Parameter Poi Topi RSSI EJ T6 less 95 2 0 0 Drive Test Parameter Top1_RSSI amp M Topi CellsCoverage amp O Overshooters amp O NB Proposals OY Np Missing amp O NB NotDetected p V i QI ux amp Lug NB WrongPlanBCCH A 4 M n A i y y Wer nC a y y hig O te LM f Ia e MEA Ea o El M gm A image 2012 IG N France 4 Nu 5 due i i EN a Q 3 cisecza 4 VA 3G Optimisati AN x 2012 c bodie Vil 4 o d Y PER j a i T de e LI ha J epu rey ae M sea 1e ar y 45 bat i Use E 1 f S em E P amm m i D T M gt amp S z a ee gt Layers Earth Gallery gt gt PL TE X Y Page 124 of 183 www agileto com Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Main Optimisation results option is selected Overshooters BRE R Google Earth File Edit View Tools Add Help w Search P M S3 Z 2 9 Zu dw Fly To Find Businesses Directions F
85. 0 0139644 1017 63 0 24 0 B2 0 O27 0 21 0 22 0 0 59 2f RNCO258 oro U10927B To 6 3 6 3 B 3 0 41 D 41 0 41 184 1866 C15877A fa 90 0 90 0 90 0 0 71 0 71 0 71 0 1 06 26 RNCO2S58 25757 U10927B T8 B 1 9 1 9 1 0 21 0 21 0 21 184 3309 C13657C 1023 61 0 61 0 61 0 0 62 0 62 0 62 0 0 42 29 RNCO256 25757 U109276 T8 8 1 9 1 9 1 0 21 0 21 0 21 153 484 C10550B T80 97 5 97 5 97 5 0 93 0 93 0 93 0 0 75 30 RNCO258 257571 U10827B TO 8 6 6 6 6 6 0 67 0 67 0 67 184 30091 C10922C Tid 95 0 95 0 95 0 0 55 0 55 0 55 0 1 19 31 RNCO258 257571 U10827B TO 194 30108 C10827A TT 0 00 32 RNCO258 257571 U10827B T8 184 1882 C15853A fra 0 59 33 RNCO258 5771 U15667B 372 2 0 12 9 4 9 0 25 0 10 0 39 194 1678 C15857B T81 75 6 85 1 57 0 0 25 0 10 0 59 0 0 00 34 RNCO258 5771 U15857B 372 6 0 12 8 49 0 25 0 10 0 39 194 32485 C13977A 1015 54 0 80 5 AT 0 27 0 03 0 46 0 0 29 35 RNCO258 5771 U15667B 312 8 3 12 9 4 9 0 26 0 10 0 39 194 2027 C15870A Paz T5 T 92 3 43 9 0 23 0 03 0 39 0 0 29 36 RNCU2S59 5771 U15067B 372 1 0 11 8 4 9 0 27 0 18 0 39 184 dedo C1397T7B 1013 04 5 19 6 4 1 0 20 0 03 0 39 0 0 29 af RNCO2456 971 U15667 312 be 12 8 5 1 0 22 0 10 0 32 184 39392 C13864C 1010 i5 6 Br 4 50 5 p 24 0 10 0 49 0 0 34 38 RNCO2456 offi U150676 372 Le 12 8 4 9 0 26 0 16 0 33 184 39799 01 35550 1009 1 9 4 5 54 0 0 56 0 49 0 74 0 0 80 38 RNCU2SS B771 U15667 372 4 3 B T 4 9 0 27 0 16 0 39 184 32488 C13877C 1018 70 0 78 3 46 0 17 0
86. 0 40 0 17 0 70 184 32486 C1397TT 1015 75 8 29 0 52 4 0 38 0 25 0 50 0 0 66 4 RNCO256 oro U10927B To 1 5 10 5 5 4 0 43 0 17 0 70 184 39392 C13964C 1010 82 8 93 0 70 9 0 32 0 16 0 52 0 0 59 5 RNCO256 25757 U10927B To Pe 10 4 B 1 0 38 0 17 0 67 184 1677 C15857A T26 B2 2 29 6 14 1 0 19 0 08 0 28 0 0 42 amp RNCO2S58 oro U10927B To 5 8 11 4 5 4 0 27 D 17 0 41 184 1679 C15887C TOD B1 6 B5 2 T0 T D 21 0 08 0 37 0 0 42 T RNCO258 oro U10927B T8 1 5 10 4 6 1 0 39 0 17 0 70 184 2027 C15870A T92 83 3 93 0 75 8 0 40 0 32 0 50 3 0 68 False False 0 66 amp RNCO258 25757 U10927B To T D 11 4 54 0 29 0 17 0 67 184 962 C10551B tre 04 4 945 13 5 0 43 0 28 0 66 D 0 46 9 RNCO2S58 25757 U10927B T8 Le 10 5 6 5 0 58 0 46 0 70 184 1678 C15857B T81 83 5 28 0 75 8 O21 0 11 0 32 2 0 58 False False 0 42 10 RNCO258 25757 U10827B TO f 3 10 4 6 1 0 40 0 19 0 67 184 3308 C13657B 1002 B3 8 93 0 TST p 74 0 58 0 97 0 0 42 11 RNCO258 25T5f UT10827B T8 B 4 10 5 6 5 0 59 0 46 0 70 184 2320 0156604 rg 61 6 91 0 12 3 0 45 0 34 0 57 0 1 03 12 RNCO258 257571 UT0827B TO 6 9 11 4 6 1 0 26 0 19 0 39 184 1843 0158724 T81 650 6 94 0 10 5 0 57 0 45 0 63 2 0 58 False False 0 76 13 RNCO258 25757 U10927B T8 B 5 10 5 6 5 0 50 0 46 0 70 184 39799 013555C 1008 60 6 85 0 19 4 0 59 0 49 0 71 0 1 18 14 RNCO258 25757 U10827B T8 8 3 10 5 6 5 0 56 0 46 0 66 194 1964 C15853C TG 81 9 90 0 19 4 0 21 0 18 O24 0 0 59 15 RNCO258 25757 U10827B
87. 0999813 89 16799927 Active Set Delta dB nrBS Source 6 15 May 2012 11 25 5 45 75733 48425182 64 5 065999985 89 45700073 trigger by EcNo 15 May 2012 11 25 5 45 75733 48425182 64 5 320000172 88 97699738 Es 15 May 2012 11 25 5 45 75734 48425274 64 6 625 90 06300354 ee eise E dada tado tet OM 15 May 201211 25 5 45 75734 4842528 64 6179999828 89 28900146 15 May 2012 11 25 5 45 75734 4 942528 64 5198999882 88 7460022 Top X 15 May 2012 11 25 5 45 75734 48425207 64 5609000206 89 45300293 To be represented 15 May 2012 11 25 5 45 75734 48425287 64 5519999981 B8 78500366 fy GE neighbors lines have variable Radius km 15 May 2012 11 25 5 45 75735 4 94252 64 5926000118 88 51 999664 widths up to nr of occurances Reference 3G F1 15 May 201211 25 5 45 75735 484253 64 6 995999813 15 bd au 2019 11 96 65 ARTETA A QADRI EA A 22700020160 90 98000336 _ n 144900664 oi Cancel ox IV Display into GE movie ActiveSet_RePlay the summary info For each point Drive Test 1st File Scanner_3G_Fi csv Drive Test 2nd File Scanner 2G TOP6 csv Export Data v Generate Google Earth files KM Generate MapInfo files Vv Spatial Binned similar way the Case 4 may be selected by choosing the option Perform only IntraGSM 2G 2G analysis gt see the example below ENY Page 99 of 183 agileto www agileto com Agileto_Help_V1 53 docx Agileto M4 1 Y4 64 gt Netwo
88. 1 120 3 14118 4641 78 2 54442 4641 116 3 4123 4641 83 2 14123 4641 94 3 4124 4641 521 17057 4641 525 17115 4641 669 0 17136 4641 110 2 14124 4641 96 3 24124 4641 62 3 116 3 4128 4641 14128 4641 heal 2G sheet Cells2G Cancel OK Excepting this difference the rest of the next steps are the same like for the Case 2 Case 2 gt Without updating Agileto 2G database from OMC 2G Agileto M2 1 4 38 gt OMC snapshot xml ExE gt Audit and Sanity Check x Help F1 Please select the desired option to continue C Audit Sanity Check including updating Agileto 2G database from OMC 20 OME 26 export data File txor E Agileta ATTSMobileNw ConfighOMC 2G_Export 2G database D4DE mt Browse cow File Audit Sanity Check without updating Agileto 26 database from OMC 20 txt OMC 36 46 snapshot File xml or crm UTRAM LTE xml or EA gileteXAT TAOMC 5 napshots Snapshot 2L 00611 ml Browse xcm File OMC 3G snapshot file should be the File 1 see Before you start In case the OMC 3G snapshot configuration file is provided in txt format you should tick the corresponding square just left to the area where it is displayed into the above window Choose OK and you will get NO Page54of 183 wwwagileto com agileto Agileto_Help_V1 53 docx Agileto M2 1 4 35 gt OMC snapshot ml ExE gt Audit amp Sanity Check I This module will genera
89. 1 1 CIS 1E Ela sed Es 0140501 0140817 2 40577 1 561965 2 iSb3blU 3 1 454 42471 21021 21022 21024 5211 19061 50621 14050 14051 4057 61965 63610 5 065904814 b 0653904014 b 060321632 b 069321632 b 069321632 5 572 O45 5 S 5 2 B25 5 5 54 2 B25 5 5 7 3670236 5 36r 0236 5 7 25080327 5 26000322 5 250005 40 UB b3379 40 09353000 40 09353006 40 09353006 40 1 739554 40 1 739554 40 17392392 40 19050659 40 19000099 40 19106007 40 19106007 40 19106007 40 08763979 Ri PR1 i Mi Oi hd 1 Lu Cell Name 7 SU ALPE 1 320 ALPE 2 D PAIAN NORD 1 40 PAIAN NORD 2 100 PAIAN MORD 3 210 PATROL 1 260 PATROL 2 315 PATROL 3 40 ALMA D1 310 ALMA D2 120 LORRAINE 1 220 LORRAINE 2 320 LORRAINE 3 GSM KT37B23 55M Kar 523 5M Kar be GSM kar 523 GSM kar be SM kar be 5M K 3 523 GoM kar be DOS KB2DIG5U0A DOCS KB2D5004 GoM I3 523 GoM Kar 523 GoM Kar 523 Cell Cell Antenna Electrical Mechani SN EXISUI into into 2G xml OMC Snapshes export 55 5 5 55 55 ES ES 55 55 55 55 55 55 55 A E ololololojojololo v 8 lalalala ls lalo lala elos lll losa o bla e At the end of the enumerations of all the 2G cells see the previous picture above there is a blank line marking the end of the definitions of the 2G cells then it is following a summary info presenting the comparison between that 2G data and the 2G d
90. 1 10601 36 Browse gt The KPIs file can be any usually KPIs Cell basis report file from the mobile operator monitoring system this export file may contain different types of KPIs for many 3G or 2G cells taken at specific time or it may contain the same type of the KPI taken at different periods of times example CDR taken for different days This is the File 5 See Before you start and some details regarding this file format structure may be checked into the Annex named KPIs file structure and format Now choose OK and the main window of this module will pop up as it will be presented into the next screenshots with few examples Here you have several options that you can choose and they will be explained further After choosing all desired parameters choose OK and you will see where were saved the MapInfo and Google Earth associated KPIs output files as per below Agileto M5 1 V1 32 gt Generate MapInfo GoogleEarth cells objects based on KPIs values Ed MapInfo amp GoogleEarth MobileNet 3G_ 26 generation based on KPIs values is Completed MapInfo Files Path location Ci 4gileto 4TT MapInfo MapInfo File Mame MobileWet 36 26 KPIs wor GoogleEarth Files Path Location C 4gileto 47T SoogleEarth Google Earth File Mame MobileNet 36G 26 KPIs kmz please notice that you may use Ehe module M1 4 to visualise them Choose OK and then you may use the module M1 4 in order to view the KPIs values in MapInfo a
91. 1 AndDch 11 813 613 52256 53526 336 52256 53941 sib11 AndDch 12 813 813 52256 53941 338 3G Target Cells Format 52256 52269 sib11 AndDch 13 813 613 52256 52269 338 52256 52270 sib11 AndDch 14 613 613 52256 52270 338 cellId RncId v localCellId 52256 20702 sib11AndDch 15 613 613 52256 20702 336 52256 20701 sib11 AndDch 18 613 613 52256 20701 338 Target Cells Columns correspondence localCellId Local CID T 52256 20700 sib11 amp ndDch 17 613 613 52256 20700 336 52257 51784 sib114ndDch 1 613 613 52257 51784 352 52257 64001 sib11AndDch 2 613 802 52257 64001 352 52257 52256 sib11AndDch 3 613 613 52257 52256 352 52257 64002 sib11AndDch 4 613 802 52257 64002 352 52257 20704 sib11AndDch 5 613 620 52257 20704 352 Optional Inputs 52257 53396 sib11AndDch B 613 613 52257 53396 352 sibi lorDchUsage Priority correspondence 52257 48063 sib11 amp ndDch 7 613 613 52257 468063 352 52257 47959 sib11AndDch 5 613 613 52257 47959 352 sibi1orDch sibi 1 rDchUsage M 52257 53526 sib11AndDch g mild 4 A mnM 4 613 613 52257 53526 352 e v Generate Google Earth files Reference F1 Cell Radius Km gt 0 1 Neighbors file 3G 3G_Neighbors_Demo csv Cancel ox Priority Priority y Up to the contents of the input neighbors declarations file you should selected accordingly the right option 3G gt 3G or 3G gt 2G or 2G gt 2G into the form presented above The 3G cells Source and or Target can be unique identified b
92. 1 d lia P5245 1T 6351 6001 provide Ke 006245 11 G45070 26245 31074 i vmm 6001 a8G Fra kayet 11 631074 E 613 sib11AndDch 26245 30862 CP 350512_ ra i G5M 00 Se SD 6001 8G RN W26245_11 630862 613 sib11AndDch 26245 31080 a 30 3506 613 sibl 1 AndDch 6001 OG LARES 11 631080 26245 31076 265245 30917 Ie S gt T oue 6001 EE 20 BCChbszas_ 11 630917 W2b245 11 631076 513 sibl7AndDch 513 sib11A amp ndDch 1 1 26245 29953 pa UU me t ol 613 sib11AndDch 26245 13580 6001 118 58 W28245 11 G13560 2 B13 26245 30874 12 i rT ES i i 6001 121 3 w26245 11 G30874 2 B13 26245 31075 13 D 350512 UD FO GSM900 350188 S0 6001 115 24 426245 11 G31075 1 613 2G Fals All 3626 SR 4198 31 26246 31074 OD CP 350512_U1_F0 GSM900_350512 51 1 6001 81 7 W26246 21 G31074 2 E13 sibl 1AndDch 26245 3520 1 350512 U1 FO GSM900 350020 Sn 1 6001 120 4 26246 21 63520 1 613 sib11AndDch 26248 31080 2 CP 350512 U1_FO GSM900_350512 52 6001 77 25 W26246 21 G31080_3 B13 sibl 1AndDch 26246 23517 3 350512 U1 FO GSM900_350017_52 1 6001 108 25 W2624B 21 G23517_3 613 sib11AndDch 2B245 31083 4 CP 350512 U1_FO GSMBDU 350188 51 6001 76 28 42624621 G31083 2 613 sib11AndDch 26248 13520 5 CP 350512 U1_FO GSM300_350020 51 1 6001 118 13 426246 21 G13520 2 E13 sib11AndDch ENY Page 145 of 183 www agileto com agileto Agileto_Help_V1 53 docx At the end of each analysis report there is generated a summary info where all the inpu
93. 11 5 Ll 0 Ll 0 207 20202 28 351 245 1 0 14 5 0 0 14 5 Ll 0 Ll 0 207 20202 28 351 130 1 0 15 0 0 0 15 0 1 0 0 207 20202 29 351 233 1 0 20 0 0 0 20 0 1 0 Li 0 207 20202 289 351 Je 4 0 10 5 0 0 9 5 Ll 0 Ll 0 207 20202 29 35 133 zy 0 15 1 0 0 10 5 43 3 18 207 20202 28 351 ab 102 Ll 19 0 0 0 16 0 q 17 13 1 207 20202 29 35 ABB 276 0 B 3 0 0 5 5 5 J 5 2 207 65046 727 122 330 1 0 19 0 0 0 19 0 1 0 Ll 0 207 47993 101 157 Je 1 0 17 5 0 0 17 5 i 1 0 0 207 47993 101 157 340 i 0 19 2 0 0 15 0 5 Ll 0 207 47993 101 157 35 20 Li 14 0 0 0 5 5 0 1 J e On the left side the first columns provides the necessary elements for the unique identification of the 3G source cell RefRncCellId gt RNCID CellID PSC e PSC detected is given into the column Detected cell SC e Additionally info may be provided as Occurance EcloA vg EcloMax etc Other formats coming from other sources may be easy converted into the above format and they may be used straight by the tool In case of special demand coming from different customers we may provide converters in order to get the good format N Page 176 of 183 www agileto com ag eto Agileto_Help_V1 53 docx OMC 2G network file format This is the file that should be exported from the 2G OMC related to the 2G networks It should contain important key 2G information parameters necessary to be updated always into the 3G network as long as they have been changed in
94. 14 27 RNCO217 28 RNCO217 29 RNCD217 30 RNCO217 31 RNCO0217 32 RNCO217 33 RNCO217 34 RNCO217 35 IRNCO217 36 IRNCO217 3f RNCO217 38 RNCO217 39 RNCO217 40 RNCO217 41 RNCO217 42 RNCO217 agileto 2 3 2105 U30 2105 U300354 2105 U300354 2105 U30035A 2105 U30035A 2105 U30035A 2105 U30035A 2105 U30035A 2105 U30035A 2105 U300354 2105 U300354A 2105 L30035A 2105 U3DO354 2105 U30035A 2105 U30035A 655 U31508C 655 LU31508C 655 U31508C 655 LU31508C 655 U31508C 655 U31508C 655 LU31508C 655 U31508C 655 U31508C 655 U31508C 655 U31508C 655 U31508C 10264 U30045B 10264 U30045B 10264 U30045B 10264 L 30045B 10264 U30045B 10264 U30045B 10264 U30045B 10264 U30045B 10264 U30045B 10264 U30045B 10264 U30045B 10264 U30045B 582 U30014C 582 U30014C 035A 4 18 3 18 2 19 2 18 2 15 8 18 8 15 4 16 1 19 6 16 7 13 3 18 4 16 1 16 1 15 4 9 3 15 8 14 8 17 4 16 5 16 7 17 4 16 5 16 5 18 7 18 3 18 7 13 5 13 5 15 0 15 6 15 3 15 0 17 2 15 6 13 6 13 8 13 8 17 6 16 8 16 8 6 7 18 7 11 7 11 7 13 8 13 0 13 9 14 5 16 8 15 6 13 8 13 8 13 8 17 6 18 2 18 2 8 RNC 5 71 RNCO217 6 72 RNC0217 5 07 RNCOO14 5 72 RNCO0217 4 06 RNCOO14 5 72 RNCO0217 4 06 RNCOO14 3 30 RNCOO014 5 05 RNCOO14 4 85 RNCOOT14 2 06 RNCOO14 2 27 RNCOO14 3 30 RNCOO14 3 30 RNCOO14 4 06 RNCOOT14 0 17 RNCO217 1 13 R
95. 183 www agileto com agileto Agileto_Help_V1 53 docx Agileto gt Please select the desired Path and then press the Save button Saveni es tocadsk c GQ x E Toot E TO 545 ae S MSDOS SYS My Recent Agileto kit NTDETECT cCOM Documents E ntldr 4 Documents and Settings pagefile sys jMSOCache Desktop Program Files RECYCLER i System volume Information My Documents WINDOWS gt SUTOEXEC BAT book ini 8 S CONFIG SYS My Computer oo ML LL My Network Places save as Eype e Cage Files e Cage For example if you choose C drive push the Save button and C Agileto folder will be created Please notice that after the path selection 1s performed the folder Agileto is created automatically into the path selected and this will be the final Working Path Example Path selected gt C X which means that Agileto Working Path gt C Agileto Starting with Agileto engine version 36 685 it has been introduced the new concept of working dedicated on separate projects This means that each project will have created its own directory under the Agileto Working Path location This directory will carry on all the data related to that project The name of the project is the same with the name of its associated directory generated under Agileto Working Path As per the example presented into the first image on this chapter in
96. 201108523 362G F1G8M DT NWoOptim xls GPS Static og Nas ag 1 Total number of INPUT lines detected into DRIVE TEST measurements file 15462 Drive Test gt i 5 4H 17min 100 amp L1lg MeasS Invalid PR SN 2 Total number of MOBILITY Drive Test measurements 12787 Drive Test 3H 33min 82 7 096 e Ll i MeasT Invalid e E 3 Total number of STATIC No Mobility detected Drive Test measurements 2528 Drive Test OH a M Activeset RePlay A 42min 16 35 M Agileto acm j r 4 Total number of INVALID GPS Lat Lon lines 21 Drive Test gt OH Omin 0 14 www agileto com 5 Total number of INVALID DRIVE TEST SOURCE measurements 42 Drive Test 2 OH Omin cH y fa 0 27 96 a Summary 3 6 Total number of INVALID DRIVE TEST TARGET measurements 84 Drive Test OH 1min Agileto gt 3G Aa i 0 5496 Optimisation Too Dei A Le Legend y Total number of points resulted after spatial binning aggregation 7296 bin size m 20 O O DriveTest Points H Y As ME ActiveSet RePlay COE dios Ec AM Uy d ai Y A T Ma I d o gt Layers Earth Gallery gt gt MES iE T x x A po e 52012 GeoEye Page 118 of 183 www aglleto com Agileto_Help_V1 53 docx It may be possible to select any of the following outputs as it may be seen into the previous screenshot each metric presents the drive test points positions and statistics according to predefined ranges presented into the legend e GPS
97. 217 2105 U30035A 136 206 205 2 07 1 15 2 6 73 True False W2105 11 W170_11 217 217 1 3 RNC0217 2105 U30035A 41 030 030 0 30 1 15 2 6 92 True True W2105 11 W116 21 217 217 2 4 RNCO217 2105 U30035A 156 564 563 5 65 1 15 2 1 65 False False W2105_11 W2847 31 217 14 3 5 RNCO0217 2105 U30035A 140 037 036 0 37 1 15 2 6 95 True False W2105 11 W164_11 217 217 4 amp RNCO217 2105 U30035A 30 084 069 0 99 1 15 2 3 81 True False W2105_11 3393 21 217 14 amp 7 RNCO217 2105 U30035A 158 186 186 1 87 1 15 2 5 90 True False W2105 11 W100 11 217 217 6 8 RNCO0217 2105 U30035A 50 077 O77 0 77 1 15 1 4 15 False True 2105 11 WW1259 31 217 14 7 9 RNCO0217 2105 U30035A 36 189 1 89 1 89 1 15 1 3 30 True False W2105_11 WW564_21 217 14 8 10 RNCO217 2105 U30035A 157 243 243 2 43 1 15 1 3 90 False False W2105 11 W1831 11 217 14 9 11 RNCO217 2105 U30035A 03 0 31 0 31 0 31 1 15 1 5 16 False True W2105 11 W269 21 217 14 10 12 RNC0217 2105 U30035A 419 23H 23 231 1 15 1 225 True False W2105 11 W688_31 217 14 11 13 RNC0217 2105 U30035A M4 048 048 0 48 1 15 1 246 False True W2105_11 W3346_31 217 14 12 14 RNCO217 2105 U30035A 6 242 242 242 1 15 1 147 False False W2105 11 W2114 11 217 14 13 15 RNC0217 2105 U30035A 16 106 1 06 1 06 1 15 1 2 70 True False W2105 11 W684 21 217 14 14 16 RNCO217 2105 U30035A 90 077 O77 0 77 1 15 1 4 15 False False W2105 11 W1257 11 217 14 15 17 RNCO014 655 U31508C 53 014 0 10 0 17 2 12 10 0 00 False False W655 31 We 654_21 14 217 1 18 RNC
98. 246 23517 31 2 D D 93 5 93 5 40 All the BE2G activity 3 25246 31083 12 D D D 100 100 X 4 CP 26246 13520 5 D D D 100 100 ttemp iR itis SSP 2 1b e1 5 CP S Page 144 of 183 www agileto com agileto Agileto_Help_V1 53 docx Example of 3G 2G Call Trace Neighbors Optimisation analysis report Part 2 E J Y x ha Y x xl 7 E NM EE AE CS A A nw RI WO FO GSMS00 350048 ape e 83 5423878 11 G3548 1 a075 UD FO GSM900 350075 S0 TM 15 W23878 11 50 Uo FO Gsmaoo 350018 sJ9 6 Source daa Ta 123878 11 6235 350075NUD FO GSM900_ 350016 St Z W23878 11 f sil 1AndDich 350075 UN i GSM900 350513 S Z 23878 11 B13 sib1TAndDch 350075 UD AQ GSMS00 350015 5 E13 sib1AndDch 5 IPSO 11 3 P m i eel ala E13 sibt t AndDch e 3 sibttAndDch 613 sib11AndDeh mE 613 DehOnly E 3 DchOnl 513 choy 340075 _ UAE A ppoas_s1 1 340075 U D dii 31 1 39 075_U 3 ro OByur so 1 P A 350075 UD L ate hand 31 1 6001 E 25245 350512 UIC Pala All 31 IX vie SR So 988 58 26245 31079 CEPA 350512 UO FO GeMB D 350512 50 26245 450 27 a t ED SOE YE 26245 3520 THe NEW PADEA PARECaNeA o 26245 3595 aa gt POROSI oF re ST 2 3 26245 450 20 4 007 2 00 ED ANE SERRE 5 b 513 sib11AndDch 513 sib11AndDch 513 sibl1AndDch 513 sib11AndDch A 513 sib11AndDch 6001 3G Source amp vtt fa ictu 600
99. 251 64 6664000034 91 06999969 15 May 2012 11 25 4 45 75730 48425119 64 5 570000172 89 65400146 15 May 2012 11 25 4 45 75730 48425119 64 6507999897 89 58599854 Perform only IntraG5M 26 2 analysis 15 May 2012 11 25 4 45 75730 484251 64 6 054999928 89 86699677 issect only 35 9G Intra Frcdency 5 cess 1 15May 2012 11 25 44 45 75730 484251 64 6 176000118 89 11299896 15 May 2012 11 25 4 45 75730 484251 64 6 565999985 88 48799896 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 15 May 2012 11 25 4 45 75731 4 84251 64 6 159999847 88 44100183 l 15 May 2012 11 25 4 45 75731 4 84251 64 7176000118 89 98799896 EcNoMin dB 20 Frq Layer 1 y 15 May 2012 11 25 4 45 75731 484251 64 6 77699995 88 8710022 Source 15 May 2012 11 25 5 45 75732 4 94251 64 6 742000103 89 21099854 RSCPMin dBm 115 15 May 2012 11 25 5 45 75732 484251 64 6 602000237 98 91400146 15 May 2012 11 25 5 45 7573285 4 84251 64 6 120999813 89 16799927 Active Set Delta dB nrBS Source 6 15 May 2012 11 25 5 45 75733 48425182 64 6065999995 8945700073 trigger by EcNo nrBS Target 6 15 May 2012 11 25 5 45 75733 48425182 64 63200001 72 88 97699738 p i 15 May 2012 11 25 5 45 75734 48425274 64 6 625 90 06300354 ede EI a Halare aida ie M 1 01 15 May 2012 11 255 4575734 4 942528 64 6179999828 89 28900146 15 May 2012 11 25 5 45 75734 4842528 64 5 198999882
100. 264 21 W496 21 217 217 5 34 RNCO217 10264 U30045B 76 048 040 0 56 3 12 4 3 38 True False W10264 21 W30088 21 217 217 amp 35 RNCO217 10264 U30045B 105 112 069 1 35 3 12 3 1 90 True False VW10264 21 W1000 21 217 217 7 36 RNCO217 10264 U30045B 88 269 269 269 3 12 1 2 53 False False VW10264 21 W675 21 217 217 8 37 RNCO217 10264 U30045B 88 062 062 O62 3 12 1 2 68 True False W10264 21 W176 11 217 217 9 38 RNCO217 10264 U30045B 88 056 O56 056 3 12 1 3 79 True False W10264_21 W179_11 217 217 10 39 RNC0217 10264 U30045B 88 035 035 0 35 3 12 1 3 09 True False W10264 21 W119_21 217 217 11 40 RNCO217 10264 U30045B 4119 10 1 01 1 01 3 12 1 1 15 True False VW10264 21 W2878 21 217 217 12 41 RNCO217 682 U30014C 151 483 479 4 87 4 12 7 1 48 False False VW682 31 W amp 64 31 217 14 1 42 RNCO217 682 U30014C 44 341 3 39 3 42 4 12 7 543 True False W682_31 W1002 11 217 14 2 ENY Page 115 of 183 www agileto com agileto Agileto_Help_V1 53 docx The screenshots presented above show some overshooters examples which should be interpreted as per the following definition regarding the overshooter e When the UE mobile was under the coverage of the Affected Cell during the drive test it has detected as well the signal coming from the Overshooter cell but when it moves away and the UE arrived under the coverage of the Overshooter cell it has no more detected the signal coming from the
101. 2G View Mobile Networks 45 3G 2G View Mobile Network KPIs gt IW 3G lt OR gt F2 View Mobile Network Neighbors in Google Earth ES Neighbors directory C View Drive Test outputs plots in MapInfo or Google Earth Drive Test directory Load Audit results A Load Main Optimisation results Load Cells Coverage results MapInfo Output gt wW Google Earth Select the desired option and then press OK button to visualize 1t accordingly Page 51 of 183 www agileto com Agileto_Help_V1 53 docx Network Audit reports amp proposals 2 1 OMC snapshot xml txt Audit and Sanity Check This module is used to make an audit on the 3G Network regarding its main 3G RF parameters plus the 2G associated declarations together with the 3G 3G and 3G 2G neighbors relationships In case that issues are detected during the audit phase they will be emphasized accordingly and Agileto will generate automatically the associated corrective Work Orders WO to be loaded directly into OMC 3G Agileto Start Exit About WIA agileto cor 5 35 622 Choose Start option and after this module nr 2 1 Agileto IN Select below RF Optimisation Section amp Module DB amp GIs Audit amp Optin Neigh vizual Neigh Optim KFIs Licence ENHANCED 87 2 Network Audit reports amp proposals C 2 2 36 PSCs allocation gt Audit amp Optimisation gt 41 82 C 2
102. 3 2G BECHS allocation gt Audit amp Optimisation V1 0 th Agileto Working Path ange i E C Agileto Agileto gt www agileto cam Projects mete Preece Name 2010 All rights reserved Cancel OK Management ATT email sales agileto com Choose OK and you will see the next window as per presented further Here you can choose one of the two options available to continue Either the first option top into next picture including updating Agileto 2G database from OMC 2G or without update the second option In case the 2G network changes at least one of its main 5 parameters at 2G cell level these parameters are CID LAC BCCH BCC NCC then it is mandatory to use the first option otherwise it may be used the second option which is faster and requires less inputs Page 52 0f 183 wwwagileto com Agileto_Help_V1 53 docx Case 1 gt Including updating Agileto 2G database from OMC 2G Agileto M2 1 4 38 gt OMC snapshot xml ExE gt Audit and Sanity Check E x Help F1 Please select the desired option to continue Audit Sanity Check including updating Agileto 26 database from OMC 20 OME 26 export data File Cuxlsor C Agileto ATTSMobileNw_ConfighOMC 2G_Export 2G database MO amp sls Bose cowl File C Audit Sanity Check without updating Agileto 26 database from OMC 20 E OMC 36 46 snapshot File xml or sem gt UTRAN LTE x
103. 3 docx Some additionally info easy to be noticed on MapInfo amp Google Earth screenshots agileto The name of the representation in Google Earth see the left panel will be MobileNW followed by the name of the project ex MobileNW DEMO_PROJECT see the above picture On GE Google Earth left sidebar under the main folder MobileNW DEMO_PROJECT it will be included the folders 4G 3G and 2G and under each of them it will be placed the folders related to the associates sites and cells see for details the above picture On GE in order to limit the loading of the entire 3G 2G networks cells the desired group of cells to be visualized may be selected based on their subfolders as following the same applies to PSCs amp BCCHs o Cells 3G gt by 3G Cluster Name or RNC Name if the Cluster Name info is missing o Cells 2G gt by 2G Cluster Name or 2G LACs if the 2G Cluster Name info 1s missing Both MapInfo amp Google Earth 3G amp 2G sites cells representations are using the same legend colors and shapes like it will be presented below All 2G sites round bullets belonging to the same Cluster LAC have the same color 2G sites belonging to different LAC areas will have different colors All 3G sites triangles belonging to the same Cluster RNC will have the same color 3G sites belonging to different RNC areas will have different colors 2G Cells are always displayed with Blue colors as following o GSM 900MHz
104. 314834 1314545 1314354 14314950 1314354 U31576B V31476B W214804 W214e04 U30004B U314804 14 456 104 136 200 43 155 88 240 25r zu 107 6T 163 171 286 34 168 508 454 58 317 19 68 116 392 236 108 238 105 457 35 137 371 403 21r 4D 207 168 202 345 ace Go e de amp cu 4 64 15 12 8 11 7 8 6 11 3 14 0 14 1 14 9 15 5 15 3 15 9 14 8 16 2 15 3 14 7 17 8 14 4 15 4 18 3 17 4 13 7 19 4 132 14 5 14 9 17 8 15 8 19 6 19 2 19 3 13 1 18 6 9 5 18 9 19 4 19 3 18 8 15 0 6 1 12 0 16 16 2 18 7 13 9 15 6 18 1 15 7 17 1 18 2 18 2 18 3 18 2 17 3 18 0 18 7 19 6 15 4 18 7 19 7 18 3 15 5 19 5 14 1 18 5 15 0 19 9 17 2 19 6 19 2 19 3 13 1 18 6 9 5 18 9 19 4 19 3 18 8 15 0 186 1 18 4 17 5 8 7 2 8 4 5 1 9 7 10 7 12 2 10 8 13 2 11 3 11 8 14 1 12 9 10 3 14 5 12 7 13 7 16 8 16 5 11 9 19 4 12 4 12 4 14 8 15 6 14 3 19 6 19 2 19 3 13 1 18 6 9 5 18 9 19 4 19 3 18 8 15 0 44 56 Page 109 of 183 18 gt 0 22 0 24 0 78 0 10 0 54 0 40 0 58 0 55 0 58 0 58 0 45 0 75 0 99 0 53 1 15 0 03 0 88 0 62 1 88 0 65 1 23 1 63 0 38 0 30 1 70 1 08 0 64 297 5 53 0 22 0 60 0 41 0 48 0 32 3 75 0 53 0 60 0 08 0 47 19 a HM 0 08 0 33 0 14 0 50
105. 31999969 98 43000031 136 19 9060 ae 90 53099823 104 12 53100014 136 20 8090 Spatial bin size m gt E RE Perform Spatial Binning 91 66000366 104 11 48799992 95 78500366 136 20 3239 2 87 85900116 104 16 56599998 98 19100189 136 17 5119 Drive Test Optimisation 89 35199738 104 15 31999969 98 19499969 136 19 6410 i 89 61699677 104 14 69900036 97 33989624 136 19 4610 93 08999634 104 14 85200024 99 06999969 136 15 8090 94 08599854 217 14 71899986 99 04699707 136 15 7889 92 43000031 104 14 29699993 88 217 16 2970 91 30500031 104 16 43000031 100 6640015 136 16 8829 91 06999969 104 17 65999985 102 0660019 136 18 4379 89 66400146 104 17 12100029 100 2149963 136 21 0389 l 89 58599854 104 18 48800087 101 5660019 136 18 5939 Perform only IntraG5M 2G 2G analysis 88 85699577 136 18 54700089 101 3590012 104 19 9139 F saton ea raran gt Case T1 89 11299896 136 18 83200073 101 7699966 104 19 8159 88 48799896 104 19 76600075 101 6880035 136 20 2579 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 88 44100189 104 22 48399925 104 7659988 217 22 9529 89 98799896 104 21 26199913 104 0739975 136 22 3479 EcNoMin dB 20 3G Frq Layer 1 88 8710022 104 21 59399986 103 6880035 136 25 1989 Source 89 21099854 104 21 59399986 104 0630035 136 21 6909 RSCPMin dBm 115 88 91 400146 104 17 4489994 99 76200104 136 19 9139 89 16799927 104 13 07800007
106. 3G gt 2G detected into 3G OMC snapshot file are mapped into kmz files too in order to be able to see them into Google Earth environment as well Notice The output csv files of the Case 2 represent the input files for the module M3 3 Case 1 MapInfo Delta Neighbors format csv gt OMC xls Please have a look on the picture below presenting the available inputs 3 Agileto M3 1 V2 81 gt OMC snapshot xml txt lt gt MapInfo GoogleEarth Converters Please select the option desired to continue MapInfo Delta Neighbors format csv gt OMC xls MapInfo Neighbors export File cov File CO Agileto 4TT MapiInfoleigh MI_Delta_Export 47T MapInfo Neighbors Delta Export 20110325 csv Browse C OMC Snapshot xml txt gt MapInfo GoogleEarth Neighbors format csv kmz o pep OME snapshot File xml or xcm UTRAN 36 oF cecal ele CiAgileto ATT OMc 36_Snapshots OMC_ATT_20110325 xml Browse xcm File gt MapInfo Neighbors export file is a csv file exported from MapInfo Neighboring tool and it contains all the neighbors changes Add Delete performed visually in MapInfo Neighboring tool launched by the module M3 3 For more RN Page 68 0f 183 wwwagileto com Agileto_Help_V1 53 docx details regarding the structure format of this type of file please see the Annex named MapInfo Neighbors export file gt OMC 3G snapshot file contains the 3G 2G network con
107. 4 User Login Admin Run Time 190ct2009 07 04 04 07 04 35 31sec 3825 Input Drive Test measurement file D Agileto ATT Drive_Tests DT Measurements SCANNER EXPORT F1 GSM 20090523 csv 3926 Input OMC Snapshot file NO INPUT PROVIDED 3927 Input Agileto database reference file D Agileto ATT MoabileNVV_Contig MobileNVY Canfig xls 3926 Input 2G network OMC export file Last updated today 180ct2009 01 59 2G cells updated from 2G External Excel file D Agileto ATT MabileNVW Config MobileNVV External DB 2G DRF NMC CELL 20091016 xlsx 3929 Drive Test post processing gt Option Selected 3G gt 2G InterRAT G SM 3930 Source 3G Frequency layer 1 2112 4MHz 3931 Target 2G GSM layer 3932 Source Nr of BestServers T 3833 Target Nr of BestServers 71 3934 Echo Min dB 20 3935 RSCP Min dBm 115 3936 Active Set EcMo Range delta BestServer for valid Best Servers dB 3 3937 Monitoring Set EcNo Range delta BestServer for valid Scanner measurements dB 6 3936 GSM RSSI Min 100 3939 Minimum Neighbors Imposed Weight 1 01 3940 Spatial binning operated YES gt bin size m 10 3941 Output Drive Test Network Optimisation file D Agileto ATT Drive_Tests DT OptimisationBinit m SCANNER EXPORT F1 GSM 20090623 3G2G F1GSMBini m SCANNER EXPORT F1_GSM_20090623 36G2G F1GSM 3942 3943 1 Total number of INPUT lines detected inta DRIVE TEST measurements file 15462 Drive Test gt 4H 17min 100 3944 2 Total
108. 404 72 538 3 120 21JuK2012 10 46 14 7 42807 43 7404 98 60 5 65 21 Jul 2012 10 46 17 7 42804 43 7403 72 56 1 3 81 21 Jul 2012 10 46 19 7 42803 43 7403 72 536 3 85 21 Jul 2012 10 46 22 7 42799 4374038 72 53 3 120 21 Jul 2012 10 46 25 7 42794 43 7403 72 58 3 91 21 Jul 2012 10 46 27 742792 43 7402 72 54 9 3 78 21 Jul 2012 10 46 29 7 42791 43 7402 72 575 3 35 Active Set Delta d8 BS Source 6 21 Jul 2012 10 46 32 7 42789 4374028 35 58 1 4 118 trigger by RSSI 21 Jul 2012 10 46 35 7 42783 43 7402 78 538 85 Ag 21 Jul 2012 10 46 37 7 42777 43 7402 91 61 6 35 Monitor Delta dB x 8 Minimum weight 1 01 21 Juk2012 10 46 39 742768 437402 7 575 2 72 trigger by RSS1 Neighbors contribution 21 Jul 2012 10 46 42 742753 4374041 114 63 6 40 RSSIMin dBm 100 Top X 21 Jul 2012 10 46 45 7 42729 4374052 98 66 7 35 GSM To be represented 21 Jul 2012 10 46 47 7 42717 437405 35 59 1 4 120 j SE neighbors lines have variable Radius Km or i 21 Jul 2012 10 46 50 7 42715 43 7406 72 528 3 91 widths up to nr of occurances Reference 3G F1 21 Jul 2012 10 46 53 7 42732 3 23 lul 201 1n AC BE 7 A 7E1 IV Display into GE movie ActiveSet RePlay the summary info For each point 43 7408 72 60 6 35 x 427410 99 AR aR hd Drive Test 1st File Scanner 3G F1 csv Drive Test 2nd File Scanner 2G TOP6 csv Iv Export Data Generate MapInfo Files ics vw Generate MapInfo file Spatial Binned v Generate Google
109. 42 71 C 1 4 View Active database MapInfo GoogleEarth representation s gt V 1 05 m Agileto Working Path ange i C Agileto Agileto gt www agileto carr Projects tH ee Manna 2010 All rights reserved Management AIT email sales agileto com Choose OK and you will have Agileto M1 2 V2 88 gt Generate MapInfo GoogleEarth 3G amp 2G cells sites Objects Please select the option desired to continue Agileto database gt MapInfo amp GoogleEarth 3G amp 2G Cells objects Cancel RQ Page37ofl83 www agileto com Agileto_Help_V1 53 docx Press OK and you will get the next window where you may customize the settings related to the generation of the 3G 2G sites amp cells into MapInfo amp Google Earth Agileto M1 2 V2 88 gt Generate MapInfo amp GoogleEarth 3G amp 2G cells sites Objects Please select below the settings Input for the generation of the 36 26 networks in MapInfo and Google Earth 3G Network All 36 cells declared inta Only 36 cells declared into database and database will be represented detected into 36 OMC will be represented 36 cells not detected into OME m 36 cells not detected into OME will be will be colored in Grey colored standard like the others 3 cells 2G Network All 26 cells declared inta Only 26 cells declared into database and database will be represented detected into 26 OMC will be represented 26 cells nok det
110. 4804 U314804 U31480A U214804 U214804 U314804 U214804 U214804 U31480A U314804 U314804 U214804 U314804 U31480A U214804 U314804 U314804 U314804 U31480A U214804 U214804 U31480A U214804 U214804 U31480A U314804 U314804 U214804 U314804 U31480A U214804 U314804 U31480A U314804 U31480A U30004C US0004C 4 3 PP RARE AAA AAA AAA enana aa al 10 5 10 2 10 3 9 6 10 9 11 0 10 5 13 0 11 5 12 6 12 0 6 1 12 2 13 3 13 2 10 4 17 8 13 2 13 2 13 2 15 9 B 8 15 1 14 1 12 4 11 9 14 8 9 5 14 1 12 4 14 2 14 2 7 4 5 2 6 9 _ ok SS LE 8 7 10 1 6 4 17 5 5 0 12 2 0 4 9 6 5 1 14 1 2 1 14 1 2 1 11 8 0 3 10 8 B 0 13 2 9 5 13 2 9 5 12 2 5 3 15 1 10 3 14 1 0 3 15 1 10 3 14 2 9 5 2 6 r 5 14 1 11 0 14 2 12 4 14 1 12 4 11 9 6 9 18 1 17 7 14 1 12 4 14 1 12 4 14 1 12 4 17 7 14 1 9 6 r 8 15 1 15 1 14 1 14 1 12 4 12 4 11 9 11 9 14 8 14 8 9 5 9 5 14 1 14 1 12 4 12 4 14 2 14 2 14 2 14 2 7 4 7 4 10 3 42 14 0 5 6 0 26 0 40 0 73 0 10 0 68 0 71 0 64 0 32 0 32 0 32 0 63 1 69 0 74 1 69 1 37 0 03 0 73 1 69 2 38 0 55 2 41 2 38 2 38 2 38 2 40 0 25 1 70 2 38 238 0 91 1 69 0 73 2 38 1 69 1 69 1 69 0 28 0 09 0 27 9 0 14 0 25 0 69 0 01 0 47 0 58 p 34 0 27 0 46 0 46 0 47 1 58 0 58 1 58 0 73 0 01 0 58 1 68 238 0 18 241
111. 5 11 W3388 31 204 204 sib11AndDch 37 Detected Validated RNCOZ207 RNCO207 38 1 88 False False 1 30 30 NotDetected Existing RNCO207 RNCO207 40 0 41 True False 1 30 30 MotDetected Existing RNCO207 RNCO207 41 1 72 True False 1 30 30 MotDetected Existing RNCU207 RNCO207 42 0 88 False False 1 30 30 NotDetected Existing RNCO207 RNCO207 43 0 78 True False 1 30 30 NotDetected Existing RNCO207 RNCO207 44 1 27 True False 1 30 30 NotDetected Existing RNCO207 RNCO207 5 1 79 True False 1 30 30 NotDetected Existing RNCO207 RNCO207 46 1 78 True False 1 30 30 MotDetected Existing RNCOZO7 RNCO207 4T 0 48 False True 1 30 30 NotDetected Existing RNCOZ07 RNCO207 48 1 13 False False 1 30 30 NotDetected Existing RNCO207 RNCO207 49 0 94 True True 1 30 30 NotDetected Existing RNCO207 RNCO207 50 0 00 True True 1 30 30 NotDetected Existing RNCOZOT RNCO207 51 0 00 True True 1 30 30 NotDetected Existing RNCOZOT RNCO207 52 0 00 False False 18 31 58 TRUE 1 28 10 28 10 0W102 31 W101 21 204 204 sib11AndDch 1 Detected Validated RNCOZ207 RNCO207 53 0 41 False True 12 21 05 TRUE 1 28 10 28 10 0W102 31 W155 11 204 204 sib11AndDch 2 Detected Validated RNCOZ07 RNCOZ07 EN Page 110 of 183 www agileto com Agileto_Help_V1 53 docx Example of 3G 2G Drive test Neighbors Optimization report Part 1 12 U10827B 13 im RNCO256 25757 T 5 13 EZ 30110 C10827B Fi 71 39 39 0 1 0 70 0 3 RNCO256 25757 U10927B T8 PA 11 4 5 4
112. 5 4 84251 64 6120999813 89 16799927 Active Set Delta d8 T 15 May 201211 25 5 45 757332 48425182 64 6 065999985 89 45700073 ora dici ed 1BMeP2012 1288 aR Tera 40428274 64 Er 0 05300254 c PE ay 2500 45 TE 6 90 tee Mese 8 delis Ae 1 01 15 May 201211 25 5 45 757346 4842528 64 6179999928 89 289001 46 15 May 2012 11 25 5 45 757346 4 842528 64 5198999882 88 7460022 Top X i 15 May 2012 11 25 5 45 757348 48425287 64 5 609000206 89 45300293 To be represented 15 May 2012 11 25 5 45 757348 48425287 64 5519999981 B8 78500366 fy GE neighbors lines have variable Radius Km oi 15 May 201211 25 5 45 757350 484252 64 5926000118 88 51 999664 widths up to nr of occurances Reference 3G F1 15 May 2012 11 25 5 45 757352 484253 64 5 335333813 90 98000336 TA hd su 2012 11 98 65 AR 757252 A QADRI CA A 22700 4801 C AN 1AAQQLEA v Display into GE movie ActiveSet RePlay the summary info For each point B ce Drive Test 1st File Scanner 3G F1 csv Vv Export Data Drive Test 2nd File Scanner_3G_F2 csv erate MapInfo files sala vw Generate MapInfo file Spatial Binned v Generate Google Earth files agileto Page 100 of 183 www agileto com Agileto_Help_V1 53 docx If desired it may be possible to exchange the Source with the Target data like the Source data are contained into the 2 Drive Test file and the Target data are contained into the 1
113. 5 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 14 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 15 15 May 2012 12 15 16 15 May 2012 12 15 16 15 May 2012 12 15 16 45 0412 45 78412 45 78412 45 76412 45 78412 45 78412 45 0412 45 7 8412 45 7 8412 45 78412 45 78392 45 78392 45 76392 45 78392 45 76392 45 78392 45 70392 45 7 8332 45 76392 45 78378 45 78378 45 78379 3 Longitude 4 892274 4 892274 4 892274 4 832274 4 892274 4 892274 4 892274 4 892274 4 892274 4 892274 4 832017 4 892017 4 892017 4 832017 4 882017 4 882017 4 832017 4 882017 4 882017 4 891 43 4 391743 4 891743 Cal 162 95 967 753 dnd 906 a 53 gag 997 162 995 gay 956 35 904 gag 40 992 995 fb 967 00 7 07 85 T9 98 85 88 09 5 90 5 00 3 03 5 05 6 TOP 1 ARFCN TOP 1 RSSI TOP 1 BSIC agileto 51 25 41 52 42 af 30 51 34 25 52 41 42 Page 173 of 183 www agileto com Agileto_Help_V1 53 docx Observations 1 In case of providing for input a single 3G 3G Inter Frequency Drive Test measurements file the format of the file should be similar with the case A 3
114. 507999897 89 58599854 IV Do Reverse Target gt Source 3G 36 Inter Frequency analysis 15 May 2012 11 25 4 45757302 4 84251 64 6 054999828 88 86699677 2 15 May 2012 11 25 4 45 757305 484251 64 6 176000118 89 11299896 15 May 2012 11 25 4 45 757305 4 84251 64 6 565999985 B8 49799896 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 15 May 2012 11 25 4 45 757313 4 84251 64 6 159999847 88 44100183 l 15 May 2012 11 25 4 45 757313 4 84251 64 7 176000118 89 98799896 EcNoMin dB 20 3G Frq Layer 15 May 2012 11 25 4 45 757317 4 84251 64 6 77699995 88 8710022 Source 15 May 2012 11 25 5 45 757322 484251 64 6 742000103 89 21099854 RSCPMin dBm 115 15 May 2012 11 25 5 45 757322 4 84251 64 6602000237 88 91 400146 15 May 2012 11 25 5 457573285 484251 64 6 12099981 3 89 16799927 Active Set Delta dB TEETH 15May201211 25 5 45757332 48425182 64 6 065999985 89 45700073 trigger by EcNo 15 May 2012 11 25 5 45 757332 48425182 64 6 320000172 89 97699738 T ee 15 May 2012 11 25 5 45 757343 48425274 64 6 625 90 06300354 esata nepal nt a dad pde Be E 15 May 201211 25 5 45 757346 4 942528 64 6 179999928 89 289001 46 15 May 2012 11 25 5 45 757346 4842528 64 5199999892 88 7460022 Top X E y 15 May 2012 11 25 5 45 757348 48425287 64 5 609000206 89 45300293 To be represented 15 May 2012 11 25 5 45 757348 48425287 64
115. 6 801000118 89 8789978 15 May 2012 11 25 4 45 757 4 84251 64 6 992000103 89 80500031 15 May 2012 11 25 4 45 757 4 84251 64 6 992000103 89 93000031 Legend Parameter values 15 May 2012 11 25 4 45 757 4 84251 64 6 906000137 88 82800293 15 May 2012 11 25 4 45 757 4 94251 64 6 906000137 89 18800354 15 May 2012 11 25 4 45 757 484251 64 7 313000202 90 125 15 May 2012 11 25 4 45 757 484251 64 7 313000202 89 40599823 ae 15 May 2012 11 25 5 45757 4 94251 64 7 507999897 89 97699738 Legend ascending OR v Legend descending 15 May 2012 11 255 45757 484251 64 7 507999897 89 81999969 15 May 2012 11 25 5 45 757 4 84251 64 7 727000237 90 77300262 Value lt Threshold 1 15 May 2012 11 25 5 45 757 48425182 64 7 727000237 91 11699677 z E 15 May 2012 11 25 5 45 757 48425182 64 8 477000237 91 13300323 Value lt Threshold_2 15 May 2012 11 25 5 45 757 48425274 64 8 477000237 91 91400146 AA A NA 15 May 2012 11 25 5 45 757 4842528 64 8 206999779 91 31600189 15 May 2012 11 25 5 45757 4842528 64 8 206999779 91 7539978 value lt Threshold_4 15 May 2012 11 25 5 45 757 48425287 64 7852000237 91 69499969 15 May 2012 11 25 5 45 757 48425287 64 7852000237 91 11699677 Value lt Threshold 5 15 May 2012 11 25 5 45 757 4 84252 64 7 156000137 89 75 E 15 May 2012 11 25 5 45 757 484253 64 7 156000137 91 14099884 Value E Threshold 5 m 1R hd a 201
116. 6 CTS 61001 3G Pantru 233 2 37 TrueTrue 207 20852 188 1272 233 572 4497 56 0 00 7 1 O 3 5 Yes 3G CTIS5 20852 3G Bartan 188 3G CTI5 61082 3G Pantru 235 2 3 True False 207 20852 169 1272 235 3200 25 79 O 0 00 B 2 O 4 job Yes 3G CTIS5 20852 35 Bartan_ 169 36 CTS 60542 3G Gandel 245 5 09 False True 207 20852 109 1272 245 1951 15 02 O 0 00 13 7 O 7 187 Mo 35 ECTS 20952 3G Bartan 1869 3G CTIS 61003 3G City B 237 2 37 TruelFalse 207 20052 109 1272 Za 44 3 4555 0 00 13 0 O 75 Ma 35 CTS 20852 3G Bartan 188 3G CTI5 22992 3G Dantal 192 7 19 False False 207 20852 169 1272 192 5 47 96 O 0 00 21 0 O 20 5 Mo 3s CTIS 20852 35 Bartan_ 1869 3G C115 60972 3G Matant 340 18 18 False True 20 20052 109 1272 340 4 0 31 O O 00 17 6 O 16 5 Mo 35 ETIS 20852 35 Bartan_ 1869 3G C115 b43b2 3G Parlont 158 Ff False True 207 20852 189 1272 465 2 0 16 O O 00 15 3 O 14 5 Yes 3G CTIS5 20852 3G Bartan 188 3G CT15 2720256 Manger 329 2 087 False True 207 20852 169 1272 328 1 0 08 O 0 00 24 0 O 24 395 e There are presented the following info for both the Source amp Target cells o RNC o LCID o Cell Name o PSC e Geographically information in regards with the Source Target cells are provided o Distance Source Target o Inside Beamwidth Source Target gt this 1s a boolean checking if the Target cell is detected inside of the beamwidth coverage of the Source cell and reciprocally if
117. 7 4 Affected Affected Affected Affected Affected Affected Affected EcNoAvg EcNoMin EcNoMax 13 6 14 1 15 6 14 0 9 0 15 8 9 0 13 6 15 7 10 3 11 9 11 4 13 6 11 6 9 0 5 3 f 8 9 2 14 5 9 2 15 1 14 6 11 0 11 9 16 8 10 5 16 4 7 5 5 0 2 1 6 B 2 f 5 10 5 B 8 8 0 0 0 0 11 9 15 1 14 4 18 19 20 Affected Affected Affected DistAvg DistMin DistMax Km _ Km Km 206 2 05 2 07 030 0 30 0 30 564 5 63 5 65 0 37 0 36 0 37 084 069 0 99 186 1 86 1 87 077 OTT 0 77 189 1 89 1 89 243 249 2 43 0 31 0 31 0 31 231 231 231 048 048 0 48 212 242 2 12 106 1 06 1 06 077 O77 0 77 0 14 0 10 0 17 040 040 0 40 042 042 0 42 0 30 0 30 0 30 077 077 0 77 485 4865 4 85 210 2 10 2 10 0 11 0 11 0 11 083 0 83 0 83 039 039 0 39 019 0 19 0 19 342 342 3 42 029 024 0 33 070 O67 0 74 034 024 0 39 056 063 0 61 038 0 35 0 39 048 040 0 56 112 0 69 1 35 269 269 2 69 062 062 0 62 056 056 0 56 035 035 0 35 1 01 1 01 1 01 483 479 4 87 341 3 39 3 42 www agileto com Agileto_Help_V1 53 docx Example of the Drive test Overshooters report Part 2 1 2 3 17 18 19 20 21 22 23 24 25 26 27 28 29 30 Distance O gt A shoote Affected Aa aos a Nr of OS Inside_BW Cel Cel RNC RNC ca IName EcNoMax Occurances Affected De A Overshooter Affected Overshooter Affected 4 _ Km _ Km Km _ per O5 MB m order gt 2 RNCO
118. 7 2 1 90 21 Jul 2012 10 46 07 7 42832 437405 72 56 8 3 98 Perform only IntraGSM 26 26 analysis 21Juk201210 46 09 7 42822 4374052 90 611 114 E Select only 36 36 Intra Frequency gt case 1 21 Jul 2012 10 46 12 7 42811 43 7404 72 53 8 3 120 21 Jul 2012 10 46 14 7 42807 43 7404 98 60 5 65 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 21 Jul 2012 10 46 17 7 42804 43 7403 72 56 1 3 81 21 Jul 2012 10 46 19 7 42803 437403 72 5236 3 85 EcNoMin dB 20 m Frq Layer E y 21 Jul 2012 10 46 22 7 42799 4374036 72 53 3 120 Source 21 Jul 2012 10 46 25 7 42794 437403 72 58 3 91 RSCPMin dBm us 21 Jul 2012 10 46 27 7 42792 43 7402 72 54 9 3 78 21 Jul 2012 10 46 29 7 42791 43 7402 72 57 5 3 35 Active Set Delta de 3 nrBS Source 6 21 Jul 2012 10 46 32 7 42789 43 74028 35 58 1 4 116 eae eae bid ly aces To esl E x x z ers ul 40 wee Monitor Delta dB 8 Minimum weight 4 94 21 Juk2012 10 46 39 742768 437402 7 575 2 72 trigger by EcNo Neighbors contribution 1 Jul2012 10 46 42 742753 437404 114 63 6 40 RSSIMin dBm 100 Top X 21 Jul 2012 10 46 45 7 42729 4374052 98 66 7 35 GSM To be represented 21 Jul 2012 10 46 47 7 42717 437405 35 59 1 4 120 fy GE neighbors lines have variable Radius Km or 1 21 Jul 2012 10 46 50 7 42715 43 7406 72 52 8 4 91 widths up to nr of occurances Reference 3G F1 21 Jul 2012 10 46 53 7 42732 3 23 lul 201 1n AC BE 7 A 7E1
119. 72 11 2R R AR 757 A DADRA EA ninmnninn 97 AN a1nnn9c c w b Cancel o Drive Test 1st File Exp F2 Agileto csv Export Data E Spatial Binned Jw Generate Google Earth files V Generate MapInfo Files The following mandatory columns correspondence between the standard Agileto inputs and the columns from the Drive Test measurements file should be provided e GPS Latitude WGSS4 Ex Latitude into the above example e GPS Longitude WGS84 Ex Longitude into the above example e Time Stamp Ex Time into the above example e Parameter Selected Ex TOP 1 CPICH Ec No into the above example Usually for the Drive Test Analysis case it 1s not selected the Spatial binning option like it is recommended to do for the Drive Test Optimisation case but if this option is selected then the following parameter should be provided too e Spatial bin size m Ex 10 into the above example The field called Parameter Name is already data filled by the toll with the appropriate string based on the value selected into the field Parameter Selected but it may be changed manually by the user with any desired string Ex TOP 1 EcNo into the above example Observation The string that will be accepted into the field corresponding to Parameter Name will be the string TOP 1 EcNo which will be the reference for this Drive Test Analysis it will be the name of the output folder s generated by the tool having as prefi
120. 727 U1 FO 1W4BB12 21 WS4B74 21 E13 613 Page 143 of 183 www agileto com Agileto_Help_V1 53 docx Example of 3G 2G Call Trace Neighbors Optimisation analysis report Part 1 QT oz mL 3 4 5 b 8 9 NN 107 E Go Bu E Y AO AS A AREA 23078 940075 ce FU gt Total ae andLich details IntraFr b b InterFr 15 15 InyerR AT 10 10 Total A els Att 3049 i All ag an El 5 jio 1 97 6 93 5 97 6 5 37 False True sib11AndDch 14 False False 14 False Fals sib114ndDc gt Total TRADE HEIR IntraFr AREA EEE InterRAT JE Total 2929 Sum gt All 5626 Jt bU All i fal B AL T F OON O True True SE ce 26245 350512 Ul AQ 26245 31079 26245 450 21 26245 3520 26245 3596 26245 45020 46245 31074 26245 30062 26245 31060 26245 31076 26245 3091 26245 2995 26245 13561 d also sibTlAndDch E 4 5 23 False Fals sibl1AndDch 4 ii rd tion td be performed ove A gt Addition n e True e True Bre etesion 10 CP E 11 D S gt T lSource Target com 26245 3087 detected into CTn xml traces 26245 3107 4 5 False Fals sib11AndDch 7 13 D 256245 350512 U ils a INED Sum gt AT 3626 Arii AI 3626 Fale AT 3626 26246 31074 297 1 D D 98 7 387 Te Tana D CP 26246 3520 56 D D D 100 00 EACH BG Sou ce ellc A tai hs al 26246 31080 36 D D 97 2 97 2 umma ine wh regards D 2 CP 26
121. Agileto_Help_V1 53 docx Agileto Help Detailed User Guide ver 1 53 agileto Important remarks 1 The latest version of this document may be downloaded from http www agileto com setup A gileto_Help chm 2 Agileto Help document chm is context sensitive It means that while you are running Agileto software tool you may press anytime the key FI and this document will open automatically at the right topic according with the context where you are working in Agileto at that time A Pagelofl83 www agileto com agileto Agileto_Help_V1 53 docx Contents Agileto I PC requirements hardware and SOMW ales isset svi Peso estu cese ria E ess ia cairo ida 3 A E EE E E UNAM N DD CU UM NUR CUEURM d NAME 4 lato CO TASA M 7 DOW To Start Sere UNS CONS AP o A 8 Py GCL Licence ONT ANC it EEE 9 9162087772055 22222eAe 12 COO EDITION tos 16 DEMO els Gum M 17 HOw toup 24 021 0 s M 19 PTC e erm AA e O race 21 Modules ral ADI C acta 21 AAA E E An al 1 1 Generate and update Agileto reference database 3G amp 2G oooooncnncnccinnnnnonccnnnnnnnonnnns 27 1 2 Generate MapInfo amp GoogleEarth 3G amp 2G cells sites objects 37 1 3 Network boundary Bo
122. Best Servers detected as exported into the Drive Test measurements Target file the Source Target Drive Test file association is performed similar like it was presented above for the 3G Frq Layer Source Target although this value may be detected initially as 1 due to the accepted Drive Test file format check into the Annex the Top X different lines format the real value will be calculated by Agileto during post processing the data and it will be reported on the output results Minimum weight Neighbors contribution gt If the neighbor relationship between the cells A gt B is outcome as possible by a number N of occurrences detected for this combination relationship A gt B then the weight W of this number of occurrences WzN TotalOccurences 4o where TotalOccurences are the total occurrences for all potential neighbors related to the cell A should be greater or 2088 Page 103 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx equal than the imposed threshold in order to accept the A gt B as neighbor relationship in contrary case the A gt B will not be proposed by Agileto as target neighbor relationship Top X To be represented gt This is the number of the Top X best servers to be outputted and represented by Agileto into Google Earth environment supposing that the number of the Best Servers exported into the Drive Test measurements file 1s 6 than only the first Top X Ex 3 gt Top
123. C 3 U30105A Cell Code W1260 11 RNC ID 4 m C E uao105B i Cell Code W1261_21 RNC ID 4 E C 3 uao104C Cell Code W2561_31 RNC ID 4 mcg Us0nesB 2G Cells GSM amp DCS GSM 900MH72 DCS 1800MHz Source Cell Name U30004C Target Cell Name U30007C LocalCID 255 Dist Source Target Km 1 2 Occurances 2 Neighbor Priority 5 7 496 Drive Test Ava Min Max Source Cell EcNo 10 4 11 6 9 3 D Km 0 2 0 2 0 2 Target Cell EcNo 13 4 13 5 13 2 D Km 1 3 1 3 1 4 Neighbor Status Missing A pos o ues Lon l oo PAS pa y T gt Earth Gallery gt gt E N Page 126 of 183 www agileto com agileto Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Main Optimisation results option is selected NB Missing laf R Google Earth File Edit View Tools Add Help w Search Fly To Find Businesses Directions Fly to e g Reservoir Rd Clayville NY 2G Cells GSM amp DCS GSM 900MHz w Places M My Places x MS Temporary Places M amp S MobileNW ATT M s Drive Test Optimisation Bin20m S MS Agileto www agileto com B OB ActiveSet_Size E O Topi EcNo Ol Topi RSCP O Topi CellsCoverage M S Ne Proposals vi na 3 a WWW cel com o Summary Agileto gt 3G Optimisation Tool http www agileto com E amp Cells Cells containing the neighbors C E U31480A Cell Code
124. Config Template xIls which already has this structure template which may be used straightway by the module M1 1 in order to generate customize Agileto reference database according with the specific data for each client mobile operator Each header of the column from each sheet 3G amp 2G contains explicative comments describing if the field amp data related are mandatory to be filled or not other useful information The structure of the sheet 3G Part 1 1 3 4 Frequency Cell Code ys Layer i y y y y B El We204071_11 204071 1 bh b55304814 40 Dofb99 3 1 SU PATROL 11 IPATROL 4071 d RNC Faster 2 WWZLADZZ2 21 20407 72 1 bh b55304814 40 Dofb99 3 2 320 PATROL 21 PATROL 4072 10 RNC Faster 2 J040 12 204074 2 p 065904514 40 0676397 9 1 SUJPATROL 12 PATROL 4074 d RNC Faster 2 W200 75 22 204075 2 b 0b65904014 40 0676399 2 320 PATROL 22 PATROL 4075 10 RNC Faster 2 W2415111 11 445111 1 5 079404669 40 7 2036659 1 Z5 4EROPORT 11 AEROPORT 45111 4270 RNC Speedy 1 W245112 21 245112 1 5 079404669 40 7 2036659 2 185 AEROPORT 1 AEROPORT 45112 42 RNC Speedy 1 W245113 31 245113 1 5 079404669 40 7 2036659 3 200 AEROPORT 31 AEROPORT 45113 SUS RAC Speedy 1 01245114 12 245114 2 5 079404669 40 2036659 1 25 AEROPORT 12 AEROPORT 45114 4270 RNC Speedy 1 245115 22 245115 2 5 079404669 40 7 2036659 2 185 AEROPORT 22 AEROPORT 45115 42 RNC Speedy 1 245115 32 245116 2 5 079404669 40 7 2036659 3 200 AEROPORT 32 AEROPORT 45116 SUS RMC speedy 1
125. Frequency Layers 4 15 May 2012 11 25 4 45 757291 48425072 64 8 87100029 93 08999634 15 May 2012 11 25 4 45 757293 4 84250 64 9 758000374 94 08599854 Murs ri 15 May 2012 11 25 4 45 757295 4 84250 64 7 977000237 9243000031 3 10688 2137 6MHz 15 May 2012 11 25 4 45 757295 4 84250 64 7 070000172 81 30500031 7 2950 590MHz 15 May 2012 11 25 44 45 757298 4 84251 64 6 664000034 91 06999969 15 May 2012 11 25 4 45 757300 48425119 64 6 570000172 89 66400146 15 May 2012 11 25 4 45 757300 48425119 64 6 507999897 89 58599854 Do Reverse Target gt Source 3G 3G Inter Frequency analysis 15 May 2012 11 25 4 45 757302 4 84251 64 6 054999828 88 86699677 sext idv aos Toe Frequency c cesa Fr 15 May 2012 11 25 44 45 757305 484251 64 amp 176000118 89 11299896 15 May 2012 11 25 4 45 757305 484251 64 6 565999985 88 48799896 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 15 May 2012 11 25 4 45 757313 484251 64 6 159999847 88 44100183 15 May 2012 11 25 44 45 757313 4 84251 64 7176000118 89 98799896 EcNoMin dB 20 3G Frq Layer E y 15 May 2012 11 25 4 45 757317 4 84251 64 6 77699995 88 8710022 Source 15 May 2012 11 25 5 45 757322 4 84251 64 6 742000103 89 21099854 RSCPMin dBm ES 36 Frq Layer l2 15 May 2012 11 25 5 45 757322 484251 64 6 602000237 88 91400146 Target 15 May 2012 11 25 5 45 757328
126. G case gt Top_X in line format mentioned above for the data related to the Source 3G frequency layer followed by new columns at the right side corresponding to the data related to the Target 3G frequency layer which should keep the same columns names headers format for the Top Y best servers related to the Target 3G frequency layer as they have been presented for the Source 3G frequency layer 2 In case of providing for input a single 3G 2G Inter RAT Drive Test measurement file the format of the file should be similar with the case A 3G case gt Top_X in line format mentioned above for the data related to the Source 3G frequency layer followed by new columns at the right side corresponding to the data related to the Target 2G which should keep the same columns names headers format for the Top_Z best servers 2G related to the Target 2G data as they have been presented above for the case C 2G case gt Top_X in line format Page 174 of 183 www agileto com agileto Agileto_Help_V1 53 docx KPIs file structure and format This file is usually provided by the monitoring Engineer and the format should be like it is presented below Ex below is CDR oe eS eS E 10043 One column usually the first on the left but not mandatory should contain a reference key for the 3G cells LCID or Cell_Name and the others may contain different KPIs this reference key is used by Agileto too
127. IMEI AE ak B DS m BS 2 bok PTE Fly To Find Businesses Directions Drive Test Legend 4 K rept Echo Jao d ee x lt 15 0 1 EE e 120 55 ND NX lt 9 12 4 pm A Places X lt 4 32 996 N M 5 my Places X gt 4 0 2 INE amp M Temporary Places M UU A M amp S MobileNW ATT m M s Agileto www agileto com M 46 ac m MY 26 M s Drive_Test_Optimisation_ 4A A ee ONO ONU A 7 E M s Agileto s gt i d a N NS a o hau i AN l j l i v P110 1768 w ww agileto com E O CT EA B SES En CO A E Point number 1768 amp L1 des yr e EU NU e SAAN hy Le 4 oint number d co ESO MS IDAS PA wm We dp 1 b STAR 4 TimeStamp 19 Oct 2012 y Je ON ui Dy y 2 15 18 13 673 amp 068 Topi RSCP TE iP 2 x A mE Sk AQ abo ur AN y amp 0 Topi CellsCoverage ey wu E R SS E xv uVwAa uda d l COVERAGE point for 08 Adileta woes Pr p 4 As A i WoW s me Sy Ew 4 a Cell Name U109858A on www agileto com LA a aca M AOS AX ode 3 L4 Ka 7 de ES N a N hx a M m dy 5n T z 1 y i d DO Summary fa ethene pe N NN NN e i EN eene Optimisation ici T av j ee SC NSS BOE AN y E gt RSCP 92 23257 OS Legend x Google Earth Ta Ne NS e d Fly to e g Reservoir Rd Clayville NY a 4 amp E Topi Cells e Here are presented the EJ Cells Coverage Points E OS Overshooters ag NB_Proposals O NB Missing O NB NotDet
128. May 2012 11 25 4 45 75728 4 84250 64 6 477000237 89 35199738 15 May 2012 11 25 4 45 75729 48425072 64 6977000237 89 61699677 otal Frequency Layers 4 15 May 2012 11 25 4 45 75729 48425072 64 8 87100029 93 08999634 15 May 2012 11 25 4 45 75729 484250 64 9 758000374 94 08599854 da 15 May 201211 25 4 45 75729 4 84250 64 7 977000237 92 43000031 3 10688 2137 6MH 15 May 2012 11 25 4 45 75729 484250 64 7 070000172 91 30500031 7 2950 590MHz 15 May 2012 11 25 4 45 75729 484251 64 6 664000034 91 06999969 15 May 2012 11 25 4 45 75730 48425119 64 570000172 89 66400146 EPA COTO ona 15 May 2012 11 25 4 45 75730 48425119 64 6507999897 89 58599854 z mirad 24 25 araki 15 May 2012 11 25 4 45 75730 4 84251 64 6 054999828 B8 86699677 P 15 May 2012 11 25 4 45 75730 484251 64 6 176000118 89 11299896 15 May 2012 11 25 4 45 75730 484251 64 5 565999985 88 48799896 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 15 May 2012 11 25 4 45 75731 4 84251 64 6 159999847 88 44100183 15 May 2012 11 25 4 45 75731 484251 64 7176000118 89 98799896 EcNoMin dB 3G Frq Layer 15May201211 25 4 45 75731 484251 64 6 77699995 88 8710022 Source 15 May 2012 11 25 5 45 75732 4 84251 64 6 742000103 89 21099854 RSCPMin dBm ET 15 May 201211 25 55 45 75732 484251 64 6 602000237 88 91400146 15 May 2012 11 25 5 45 7573285 4 84251 64 6 12
129. Missing Not Detected WwrongF lanning Overshaaters MI Path C S amp gilete amp TT Mapinto Neigh_OMC MIBini0m_Scanner_36_F1 3636_F1F1 Google Earth Output GE Path C s amp giletas amp TTsGoogleEarthDrive TestesBini m Scanner 3 Fl 3G3G F1F1 Filetsi Drive Test Audit kmz Drive Test kmz CellsCoverage kmez please notice that you may use the module M1 4 M3 2 to visualise them It is important to mention that the network optimization output results are saved into special folders generated automatically by Agileto under the path Project DriveTests DT_Optimisation respectively under the MapInfo and GoogleEarth DriveTests paths folders The name of these folders is always the SQ age 105 0f 183 www agileto com agileto Agileto_Help_V1 53 docx same Ex Binl0m_Scanner_3G_F1 3G3G_F1F1 being composed by the size of the bin square selected initially Ex Binl0m when spatial binning is selected followed by the name of the Drive Test measurements input file Ex Scanner_3G_F1 followed by the type of the analysis performed Ex 3G3G FIF1 The Drive Test Network Optimisation report Excel file Ex Binl0m Scanner 3G F1 3G3G F1F1 DT NWOptim xls contains two sheets Neighbors and Overshooters presenting the analysis and optimization results performed by Agileto based on the Drive Test measurements input file notice the sheet Overshooters is generated only for the cases 1 3G3G IntraFrequency or 4 2G2G IntraGSM The forma
130. NCO0217 1 13 RNCO0217 3 65 RNCO0217 4 23 RNCO217 4 34 RNCOO14 3 65 RNCOO14 4 23 RNCO217 4 23 RNCO217 4 34 RNCO217 5 57 RNCO217 434 RNCOO14 3 12 RNC0217 3 12 RNC0217 3 21 RNCO217 3 03 RNCO0217 3 21 RNC0217 3 20 RNCO217 2 97 RNCO217 3 01 RNCO0217 3 26 RNCO0217 3 26 RNCO0217 3 26 RNCO0217 2 15 RNCO217 4 12 RNCOO14 4 12 RNCOO14 wn 12 13 170 U31484A 116 U30024B 2847 U33395C 164 U314094 3393 U30023B 100 Us0004A 1253 U30034C 564 U30363B 1831 U31983A 269 U30022B 588 U30031C 3346 U32596C 2114 U31980A 584 U31500B 1257 U30034A 654 U31508B 518 U31479C 253 U30007A 577 U31488C 105 U30005C 564 U30026C 503 U31997C 166 U31490B 138 U30084B 164 U31483A 4228 U31972B 1002 U30511A 117 U30024C 164 U31483A 497 U30032C 30087 U32991A 496 U30032B 30088 U32991B 1000 L 30033B 675 U33393B 176 U31504A 179 U32848A 118 U30025B 2878 U30556B 664 U30026C 1002 U30511A4 LocalCID CellName SC wn 14 58 450 332 215 Bd 448 427 208 415 36 425 374 241 94 10 122 246 58 163 369 509 283 42T 215 331 403 370 215 293 474 300 475 461 85 299 3r1 12 294 369 403 Page 114 of 183 15 14 2 14 6 15 8 14 1 10 3 15 9 9 0 13 6 15 7 10 3 11 9 11 4 13 6 11 6 9 0 5 3 8 5 92 14 5 9 2 15 1 14 6 11 0 11 9 16 6 10 5 16 wn AAT 15 0 16 3 14 1 11 6 16 0 9 0 13 6 15 7 10 3 11 9 11 4 13 6 11 6 9 0 1
131. NE 4225 E 1 J 11 Last updated today D4Feb2010 0 207 after updating with 2G OMC Export data file C VAgiletoxsato amp iG ConfigivtG OMCVOMC 26 Export 20100203 csv Last updated today 21Jan2010 12 24 with the data fram the 3G snapshot C Agileto OMC st snapshots RNC 20100114 xem 2ls Cells detected into 26 Excel config file 405 6 Cells detected into snapshot OME file 1501 fincluding duplicated ZG cells inta many RMCs 65 Calls detected in common Excel amp Old files 501 lo Cells detected in common Excel amp OMC files with discrepancies O 6 Calls detected only in OME file 1000 Last manual updated 2G data 4Pebruary 070 21 50 4 sheet template e The yellow columns may be updated from the 2G network OMC export files while running the module M2 1 Audit and sanity Check or during the regular updates of Agileto reference database by using external databases Excel files e The green columns should be generated updated initially by using the module M1 1 from external databases File 2 e bsic column is not mandatory to be included into the structure of this file e Each 2G cell is unique identified by its Cell ID as a key reference when searching in multiple databases Page 167 of 183 agil to www agileto com Agileto_Help_V1 53 docx The structure of the sheet 2G Part 2 AE E o 5 0 65 7 a SES es SE 4d d 148 19 20 Cell Code 1 454 1 542421 2 21021 1 21022 2 21024 3 5021
132. O014 655 U31508C 78 040 040 0 40 2 12 2 0 73 False False W655 31 W518 31 14 217 2 19 RNCO014 655 U31508C 2 042 042 0 42 2 12 1 147 True False W655 31 W253 11 14 217 3 20 RNCOO14 655 U31508C 45 030 0 30 0 30 2 12 1 3 72 False False W655 31 W577 31 14 217 4 21 RNCO0014 655 U31508C 92 O77 077 077 2 12 1 3 52 True False W655 31 W105 31 14 217 5 22 RNCOO14 655 U31508C 151 485 4 85 4 85 2 12 1 1 01 False False W655 31 W664_31 14 14 6 23 RNCOO14 655 U31508C 46 210 210 2 10 2 12 1 2 24 False False W655 31 WW503_31 14 14 7 24 RNCOO14 655 U31508C 110 011 O11 0 11 2 12 1 4 33 True False W655 31 W166 21 14 217 8 25 RNCOO14 655 U31508C 119 083 0 83 0 83 2 12 1 3 85 False False W655 31 W139 21 14 217 9 26 RNCOO14 655 U31508C 168 039 039 0 39 2 12 1 4 31 False False W655 31 W164 11 14 217 10 27 RNCO217 655 U31508C 105 019 0 19 0 19 2 12 1 5 64 True False W655 31 W4228 21 217 217 11 28 RNCO217 655 U31508C 64 342 342 342 2 12 1 5 36 True False W655 31 W1002 11 217 14 12 29 RNCO217 10264 U30045B 75 029 024 0 33 3 12 10 3 36 True False W10264 21 W117 31 217 217 1 30 RNCO217 10264 U30045B 75 070 O67 074 3 12 10 3 65 True False W10264 21 W164 11 217 217 2 31 RNCO217 10264 U30045B 82 034 024 039 3 12 8 3 24 True True W10264 21 W497 31 217 217 3 32 RNCO217 10264 U30045B 76 056 053 0 61 3 12 7 3 38 True True W10264 21 W30087_11 217 217 4 33 RNCO217 10264 U30045B 82 038 0 35 0 39 3 12 amp 3 24 True False W10
133. O2S8 RNCO2S58 RNCO2S58 RNCO2S58 RNCO2S58 HNCO2S58 RNCO2S58 RNCO2SS RNCO2S58 RNCO2S58 RNCO2S58 RNCO2S58 RNCO2S58 RNCO258 RNCO2S8 RNCO2S8S RNCO2S58 RNCO2S8 RNCO2SS RNCO2S58 RNCO2S58 RNCO2S58 RNCO2S58 RNCO258 RNCO258 RNCO2SS RNCO2S58 RNCO2S8 RNCO2S58 RNCO2S8 RNCO258 RNCO2S58 RNCO2S58 RNCO258 RNCO2S58 RNCO2S8S RNCO2S58 RNCO2SS RNCO2S58 RNCO2S58 RNCO2S58 agileto z 3 fo UtTUB27B afar U108278 fo UtUB27B for UT10827B fo UtUB27B for U10827B fofor U109278 for U109278 fo UtUB27B for U109278 for UtUB27B for UT10827B fo UtUB27B aar U108278 oo U109278 sr5r U10827B afar UtUB27B ofor U10827B afar UtUB27B for U10827B fo UtUB27B for U10927B fofor UT0S2T7B sr5r U10827B fof UtTUB27B for UT10827B afar UtUB27B for UT10827B fo UtUB27B for U10927B Aara UT0S2T7B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 5771 U15667B 24 25 Distance Se T Source Inside Be am 5 lt T Cells Km T 5 0 00 False False 0 66 True False 0 59 True False 0 42 True False 0 42 True False 0 66 True False 0 46 False False 0 42 True False 0 42 False False 1 03 True False 0 76 False True 1 18 True False 0 59 Truse False 0 38 False False 0 59 True False 0 00 False False 0 66 True False 0 45 F
134. OT 20100611 3GFDDt fell Sanity Check xls Output 36 36 Mewinto4dded file SNAPSHOT 20100611 3636 NewlnfoAdded csv Output 36 26 NewlnfoAdded file SNAPSHOT 20100611 3626 Newinto4dded csv bal 26 External Excel file C X amp gileto 3G amp 2G CanfigkaG amp 2G External DBNSG2G database 0406 xls m IBB2 The OMC snapshot file should be updated with 2 26 GSMCell data contained into the file C Agileto Audit_ SanityChecksSNAPSHOT 20100611 WO GSMCells Talpdate xls M T H 3GFDDCell SanityCheck Report 2 The summary 3G Cell neighbors IntraFrequency InterFrequency InterRAT is presented on the right side of E report as following EJ SNAPSHOT_20100611_3GFDDCell SanityCheck xls Pak E istMax Neigh MrNeigh siblland Total Total Dich Total Km Cel Code FddCell Name LCall ID w w IBBB wv238 31 B10530 U2 Fol 238 5 4 5 34 34 669 L18046 32 B10530 U2 F1 18046 0 0 0 26 15 15 4 670 N20809 17 amp 10825 UO FO 20809 3 4 5 5 28 1 18 18 M 4 k Hs Sheet1 la AA Page 57 of 183 www agileto com agileto Agileto_Help_V1 53 docx eat OSCE 1 a source Cell x mE 21 4450321 514 314 sib11AndDch 18 W49086 21 W1324 11 314 314 sib11AndDch Bo W5D205 11 314 314 sibltAndDch 20 w49086 21 WW6070_11 314 314 sib11AndDch 21 A056 21 W5D0b4_21 314 314 sib1TAndDich 22 VV4BUBb 21 Vvdauaa 11 314 314 sibl T AndDich X3 W406 21 VweODDS2 11 314 314 sib1TAndDich
135. Objects gt V2 83 C 1 3 Network boundary gt Border Cells detection gt V2 71 C 1 4 View Active database MapInfo GoogleEarth representation s gt 41 05 th Agileto Working Path ange 2 C Agileto Agileto gt www agileto com Projects AI 2010 All rights reserved Cancel OK Management AIT email sales agileto com Choose OK and you will have the following window EX Agileto M1 1 W1 56 gt Generate and update Agileto reference database 36 7G E x l Help ug Please select the desired option to continue e External Excel 3626 database file xls file Co AgiletoVATTSMobileNW Config MobileN w External DB42G database 0406 ls Browse By using OMC 3G snapshot file txt OMIC 36 46 snapshot File xml or xcm gt UTRAM LTE xml or Es amp aileteXA T TOMC 5 napshots HMEs exp 20120614 182727 ml Browse xcm File Conca Now you have to choose the option By using external Excel file For the top xls file you have to provide File 2 see chapter Before you start which is an Excel file exported from the Planning Tool or from the mobile operator database containing some mandatory information Choose OK and you will have 2088 Page30ofl88 wwwagileto com agileto Agileto_Help_V1 53 docx EX Agileto M1 1 1 56 gt Generate and update Agileto reference database 36 2G Please select one of the options present
136. RSCP J 24 19 Oct 2011 13 33 45 47 84478 5 2 194 E 84 703 25 19 Oct 2011 13 33 45 47 84478 5 290713 75 45 105 90 211 26 19 Oct 2011 13 33 45 47 84478 5 290713 10 22 727 97 832 27 19 Oct 2011 13 33 45 47 84478 5 290713 328 24 84 99 945 28 19 Oct 2011 13 33 46 47 84481 5 290821 494 9336 84754 29 19 Oct 2011 13 33 46 47 84481 5 290821 75 16715 92133 30 19 Oct 2011 13 33 46 47 84481 5 290821 10 22 656 98 074 31 19 Oct 2011 13 33 47 47 84482 5 290834 494 8613 83 754 32 19 Oct 2011 13 33 47 47 84482 5 290834 75 17 199 92 34 33 19 Oct 2011 13 33 47 47 84482 5 290834 10 22 121 97 262 34 19 Oct 2011 13 33 47 47 84482 5 290834 328 24 672 99 813 The name of the mandatory columns fields should contain minimum the red strings presented into the picture above TOP 1 SC TOP 1 CPICH Ec No TOP 1 CPICH RSCP This case Top_X different lines format by comparison with the previous case a mentioned above the TOP X best servers detected from the 3G scanner mobile device at one time are presented in different lines one after the other always into the same columns corresponding formally to the Top 1 best server as per how it is presented into the picture above The number and order of the Top_X best servers exported meaning which is the order how they are exported into the Drive Test measurement file doesn t matter for this format as far as Agileto tool will sort them accordingly during the time of processing the data
137. Reverse Neighboring declaration recommended selected True CT 3636 output Analysis file CW4gileto Call Traces MeighOpt CT xmACT AML Analysis 3636 CTraces xml Filess 20100606000022 hOm4ss10 Report 20101101 D315 csv CT alsa output suspected Overshooters file C Agileto Call TracessMeighOpt CT xmlcT AML Analysis 39656 CTraces xml Filess 2O 100606000022 hOrn43s10_ Report 20101101 0516 Overshooters csv CT 3626 output Analysis file CWAgileto Call TracesiMelghUpt CT xmiCT AML Analysis 3626 CTraces xml Files3 20100606000022 hUm4ssi0 Report 20101101 O315 csv Is the OMC Snapshot file used for Neighboring comparison gt True Input OMC Snapshot file C VAgileto OMC sts Snapshots SNAPSHOT 20100611 xcm Are CT xml traces files used as Input for the currently 35 36 56 46 reports True Are PSCs detected reported with EcNo gt 0 discarded gt True CT P xml input traces files Path C Agileto Call Traces CTraces xml CT Caral input traces files Un Yalidated O CT xml input traces files Validated 3 gt Total Size b4 15hB Duratian h ma3s10 20100606000022 169 to 20100606001126 208 RMCCRN RNC 235 000022 0200 xml gt 18 5BMEB 038 a 20100606001 126 206 to 20100606002711 135 RNEEN RANCE_235 0011 6 9200 xml 22 17 MB 07 28 20100606002711 135 to 201 00606004402 138 RNCCN RNC 235 0002711 9200 xml gt 23 32MB 010158 y Few neighbor optimisation examples represented in Google Earth based on this method are presented int
138. TT Drive Tests 07_MeasurementssExp F2 Adileto csv PGs 3 E OM 36 46 snapshot File xml or xcm gt UTRAM LTE xml or EA gileteXAT TAOMC 5 napshots Snapshot 07 UCB1 1 ml Browse Select Neighbors csv File insted of OMC File Cancel Don t select any Neighbors reference file xcm File 2G 2G IntraGSM E Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv x Help F1 Please select the desired option to continue Drive Test Input Type 6 26 IntraG oh Network Optimisation based on Drive Tests csv Drive Test measurements File scanner mobile Eco File C Agileto ATT Drive_Tests DT_Measurements E xp_2G_Final csv Browse 2nd File Neighbors reference File csv is provided below as input csv File Browse A Select Neighbors csv File insted of GMC File Cancel Don t select any Neighbors reference file Reference neighbors data NO Page 86 0f 183 www agileto com agileto Agileto_Help_V1 53 docx 1 For the purpose of Neighbors analysis amp optimization based on the Drive Test measurements data it may be provided check on the form the lower input file area as input the 3G OMC snapshot file In case the 3G OMC snapshot file 1s not available it may be provided instead the neighbors csv file by selecting the option Select Neighbors csv file instead of OMC file like it was selected automatically into the previous ssc
139. W155 11 RNC ID 204 2 E v30004c Cell Code W102_31 RNC ID 204 E C ED U300154 Cell Code W3363_11 RNC ID 204 E C E U30105B Cell Code W1261 21 RNC ID 4 C 3 ua0104C Cell Code W2561_31 RNC ID 4 m C u31509C Cell Code W1806_31 RNC ID 4 C E v30085c Cell Code 1265 RAE EE RNC ID 4 C 3 vs0013 x E Cell Code W1551 31 ER RNC ID 4 9 a a lO m p gt gt qem Earth Gallery gt E agileto l T 2521 71 eb I4 p ob F4 E laud O Overshooters Tert b i Mn N5 W255_31 Source Cell Name U30004C Target Cell Name U30007C LocalCID 255 Dist Source Target Km 1 2 Occurances 2 Neighbor Priority 5 7 496 Drive Test Avg Min Max Source Cell EcNo 10 4 11 5 8 3 D Km 0 2 0 2 0 2 Target Cell EcNo 13 4 13 5 13 2 D Km 1 3 1 3 1 4 Neighbor Status Missing Page 127 of 183 de ru N gt gt npe 4 rag ER JE Fam e Ya tterr Fim d y T Y www agileto com Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Main Optimisation results option is selected NB_NotDetected x Google Earth File Edit View Tools Add Help w Search Fly To FindBusinesses Directions Fly to e g Reservoir Rd Clayville NY 7 Q UE GSM 900MHz w Places DCS 1800MHz M amp S my Places a MS Temporary Places M amp S MobileNW ATT Sm Ee Drive Test Optimisation B
140. a a El ques cn Y Y a aia m oom myo oa 0 0 n 3 r3 c3 X TIL en Pe 2 20 ae 23 Ze Se ae s i Se ae P Nut Dies ot tne 5 HheNewsi 110rDchllsage i i Jy U2 robe 1SieSc 33 613 ej ch urge als get combinations E iT UR et cell EI S 795 1 allogation Gb Ss T stected into CTn 5 xml ttraces jp ras fA Vershooter wanes 3 See SBOE U2 FO 560015 Uz FO 1 Wale 31 450693 31 613 B13 sibll4ndUich N Page 142 of 183 www agileto com agileto Agileto_Help_V1 53 docx Example of 3G Call Trace analysis Overshooters report 3 43 15 Woo 8wN 9 i SSS YN 3 Y ta SS aS 16 17 y ae J iv Inl A A si 5 J Pea UNT NN TN agileto 1 W48169 11 WTB121 21 613 613 1 W48169 11 W51769 11 613 613 1 W48169 11 W48737 11 613 613 UD J 1 W48169 11 W48541 11 613 613 350122 UO FO 351037 Un N 1 W4B1ES 11 WBB28 11 613 613 sof betes ions Pe 350122 UD FO 350569 UD o 1 w48169 11 48855 11 E13 613 rue 350122 UD 613 613 O Avg n Max True F 350122 UD B13 B13 2 s 613 613 Ne idis E 613 613 613 613 613 613 613 613 613 613 613 613 WABTESN 613 613 phicall evaluations are 45152 1 613 513 1288 155 41 5 7 04 True F 59 UM Fl 35004 WAB1ES 11 613 613 1 5 Bi UM ed tor each iQ T 48169 11 B13 613 D 2 8 9 EE WABTES 11 E13 613 D 1 85 185 18
141. able as inputs for different modules the following files e OMC 3G network configuration file in one of the following formats xml xcm or txt Usually this 1s a 3G snapshot dump file exported from OMC and the OMC Engineer has access to get this file AII 3G equipment vendors on the market are able to export their 3G 2G network configuration data into files formats like xml xcm or txt For this Detailed User Guide this file will be named File 1 Notice Agileto software tool is 3G vendor independent meaning that it is supporting all the major 3G vendor equipments Ericsson Huawei Nokia Siemens Alcatel Lucent ZTE etc therefore it will recognize automatically all the file formats and internal data organization coming from any of the 3G vendors mentioned before e Excel external database file containing the following information usually exported from any Planning Tool or mobile operator database The type of the information necessary to be provided into these external Excel files is mentioned below for each type of the networks 3G amp 2G This information contains mainly the positions geographically coordinates and orientations azimuths related to the 3G amp 2G cells and 1t 1s necessary in order to be able to map the networks into MapInfo Google Earth applications Mandatory fields are presented below into green background yellow are optionally but recommended For this Detailed User Guide this file will be name
142. alCellId Local CID 5 sib11AndDch 3 sib114ndDch 1 sib114ndDch 1 sib114ndDch 1 2G Target Cells Format sib11AndDch 2 sib11 4ndDch 3 v cellId sib114ndDch 4 l d sib11 4ndDch 5 Target Cells Columns correspondence sib11AndDch B cellId Cet ID T sib11AndDch 7 sib114ndDch 8 sib114ndDch 9 sib114ndDch 1 x sib11 amp ndDch 1 Optional Inputs sib11AndDch 2 sibi lorDchUsage Priority correspondence sib11AndDch 3 sib114ndDch 4 sib1 lorDch sit 10rDchU sage v sib11 4ndDch 5 c Priority Pity eile 4 f alils w Generate Google Earth files Reference F1 Cell Radius Km gt 0 1 Neighbors file 3G 2G Neighbors Demo csv Cancel ox Up to the type of the neighbors declarations selected 3G gt 3G or 3G gt 2G or 2G gt 2G one the following messages will occur presenting the completion of the data processing as well as the files and the place where they have been saved As examples please see the following cases mentioned below case 3G 3G Agileto M3 2 V1 17 gt Neighbors database gt MapInfo t GoogleEarth Converters E i MapInfo amp Google Earth neighbors generation is completed gt Run Time 080ct2011 02 41 358 02 42 00 22sec A The output MapInfo neighbors Files have been generated Path C 4gileto 4TT MapinfolNeigh DB MI 3G 36 Neighbors Demo 1 36 36 Neighbors Demo 3636 A4ll csv gt 3636 gt All declarations 2 30 36 Neighbors Demo 3636 IntraFrq cs
143. alse False 0 75 False True 0 37 False True 0 42 False False 0 66 True False 0 66 True False 0 97 False True 0 58 True False 1 06 False True 0 42 False False 0 75 False True 1 19 True Falze 0 00 False True 0 59 True False 0 00 False False 0 28 False False 0 28 False False 0 28 False False 0 34 False True 0 30 True False 0 29 False False 0 61 True False 0 28 False False 0 34 False True 0 00 False True 0 78 False True 0 42 False True 0 28 False False 28 2T 28 28 30 Hr of lir of ao ere Source Nr Occurance Detect Declarati cee ed on uan n an i d Y 62 11 46 1 16 57 10 54 1 16 43 7 95 1 16 38 7 02 1 16 36 6 65 1 16 20 5 18 0 16 26 481 1 16 24 4 44 1 16 22 4 07 1 16 20 3 70 0 16 19 3 51 1 16 18 3 3375 0 16 18 3 33 0 16 17 3 14 1 16 16 2 96 0 16 16 2 96 1 16 15 2 77 1 16 13 2 40 1 16 11 2 03 0 16 8 1 66 0 16 8 1 48 0 16 T 1 29 0 16 T 1 29 0 16 5 0 92 0 16 2 0 37 0 16 1 0 18 0 16 1 0 18 0 16 1 0 18 1 16 1 0 18 0 16 1 16 1 16 42 10 63 1 22 42 10 63 1 22 33 8 35 1 22 26 6 50 1 22 25 6 33 1 22 24 6 00 0 22 21 5 32 1 227 20 5 06 1 22 20 5 06 1 22 18 4 56 1 TI 17 4 30 1 22 14 3 54 0 22 12 3 04 1 22 11 2 70 1 22 31 Hr Heighbor Ei detecte cun 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 14 19 18 18 18 19 19 19 19 19 19 19 19 19 19 32 33 34 35 Source Nr salt Nr Nei
144. apshot have been used for the calculation Y A Page 490f 183 www agileto com agileto Agileto_Help_V1 53 docx 1 4 View Active database MapInfo GoogleEarth representation s This module is used to visualize the active Agileto project reference database or different MapInfo GoogleEarth representations which have been created in advance by different other modules Agileto Start Exit About Www agileto cam WS of 727 Choose Start option and after this module M1 4 Agileto I Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 87 1 Database GIS 1 1 Generate amp update Agileto reference database 3G 26 41 50 C 1 2 Generate MapInfo amp GoogleEarth 36 25 cells sites Objects gt v2 83 C 1 3 Network boundary gt Border Cells detection gt v2 71 m Agileto Working Path ange 2 C Agileto Agileto gt www agileto com Projects Active Project Name 2010 All rights reserved Cancel OK Management ATT email salesimagileto corn Choose OK and you will get the next window NO Page50of 183 wwwagileto com agileto Agileto_Help_V1 53 docx Agileto M1 4 1 11 gt View Active database MapInfo GoogleEarth rep x Help F1 Please select below the desired option to continue C View Agileto Active Project Network database 46 3G
145. ata retrieved from the 3G OMC snapshots and or 2G OMC export files see on the above picture the last two columns names this summary 1s updated each time while running the module M2 1 Audit and Sanity Check e The first column named Cell_Code is unique allocated for each 2G cell and it is generated updated automatically by the tool as following o 2G Cell_Code 2G Frequency Band Letter G gt 900MHz D gt 1800MHz Cell_ID _ Sector_ID o In case that a 2G Cell doesn t have data filled the geographically coordinates Long_WGS84 Lat_WGS84 then there Y agileto is a prefix MC stands for Missing Coordinates which is added to the standard Cell Code described previously General conclusions amp recommendation related to Agileto reference database file e The green columns are data filled initially by using the module M1 1 from External databases File 2 e The yellow columns are regularly updated from OMC 3G snapshot file amp 2G OMC export files every time while running the module M2 1 Audit amp Sanity Check that time the summary info is updated accordingly for each database 3G amp 2G e For the best usage representation in MapInfo GoogleEarth the grey columns are suggested to be always provided too Page 168 of 183 www aglleto com Agileto_Help_V1 53 docx Drive Tests measurements scanner mobile file The Drive Tests measurements files are csv files which may be accepted with two types of formats
146. ave displayed the full Licence details updated window like it was presented before by pressing from Agileto Main menu the following combination About gt Licence Menu gt Licence details and pressing always the OK button 2 Please be aware that you will need to run for the first time the module M1 1 before running any other module This is necessary to be performed initially in order to generate Agileto s 3G amp 2G reference database which should be available for all the other modules For more details about Agileto reference database please follow on this Detailed User Guide the section named 1 1 Generate and update Agileto reference database 3G amp 2G You may start now to use Agileto software tool Good Luck 2088 Page 16 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx DEMO_PROJECT In order to be easier for a new user to explore Agileto s capabilities it was included into Agileto setup kit a DEMO_PROJECT containing some predefined samples databases and guidelines which provide indications step by step about how to perform different basic tasks in Agileto Agileto DEMO_PROJECT help file IS the file named Agileto DEMO PROJECT chm see below and it contains some basic Agileto tasks and few examples It is open automatically when the DEMO PROJECT is installed together with Agileto setup process or later on like it is presented further E Agileto DEMO PROJECT Hide Print Options Contents Index
147. be downloaded and and registred automatically In case that the automatically registration process fails you will get a warning message like the one presented below indicating the missing corrupted not registred file Agileto e WARNING The Following File is not registred an your PC system Please register it by yourself or contact Support Team to help vau email this message to supportimagileto corn This case you may register it manually very eazy as following 1 Download dll ocx the missing file ex msxml6 dll and store it at this path C Windows System32 msxml6 dll 2 Open a DOS command prompt window Click on the Windows Start menu then choose Run and type cmd 3 Into the new DOS window type the following command then press enter regsvr32 C Windows System32 msxml6 dll You should receive a confirmation message telling you that the file has been successfully registred on your PC click here to get guidance for troubleshooting when the above method failed Alternativelly please contact us support agileto com or check topic on internet A Page3ofl88 wwwagileto com agileto Agileto_Help_V1 53 docx Before you start You have to check that MS Office Excel MapInfo and Google Earth applications are already pre installed on your PC MapInfo and Google Earth are not mandatory but they are recommended in order to benefit of all Agileto s modules Also you should have avail
148. case that no project was already created under Agileto Working Path or the last active project folder was deleted then under the path location Active Project Name it will be displayed with the red color the message NO_PROJECT_SELECTED In order to perform the management of the projects generate a new project or select an existing one you need to press the button named Projects Management Into the new message form which will occur see the next picture you need to type in or select the name of the desired project If it is typed the name of a new project a new corresponding folder will be automatically generated under Agileto Working Path location corresponding to the new project just created 20088 Page 22 0f 183 www agileto com agileto Agileto_Help_V1 53 docx Agileto gt Projects Management Please select to Activate an existing Project Mame or type the name Far a New Project Cancel OK COSMOTE DEMO_PROJECT YERIZON YODAFONE After selecting typing the name of the desired project this will be recorded by the tool as the last working Active project and you do not need to select 1t again next time when you open the tool In case you would like to select another existing project you just need to select 1t from those displayed into the form like it is presented into the above picture Under Agileto Working Path location there are generated folders representing all Agile
149. d File 2 e For3G network e For2G network The common references keys used for the data association between any external Excel file and Agileto reference database 3G amp 2G are e 3G gt LocalCell ID e 2G Cell ID 2088 Page4ofl8B8 wwwagileto com agileto Agileto_Help_V1 53 docx Also some other additionally optional information if they are available will help you when working with different Agileto modules The additionally information 1s used to update Agileto reference database 3G amp 2G For more information about the optional additionally information which may be usefully please see the description of the module M1 1 as well as the Annex describing Agileto reference database MobileNW_Config xls Some of the Agileto s software modules would require you to have available some other additionally information files as they are presented below e Call Traces in tab or xml format up to the 3G vendor equipment The purpose of getting these files is for the network optimization method M4 2 based on the Call Traces The Call Traces files may be collected as usually by the OMC engineer after a command of launching the record of these files Call Traces has been issued in advance for a period of time In order to have the best Neighboring optimization approach the time recommended for the collection of the Call Traces on all the 3G cells belonging to a dedicated geographically region area clust
150. d from the 2G scanner mobile device at one time containing the following details TOP X ARFCN TOP X RSSI TOP X BSIC into this order one after the other in descending order 1 to X As presented into the above picture the columns headers names should contain the following strings TOP 1 ARFCN TOP 1 RSSI TOP 1 BSIC TOP2 ARFCN TOP 2 RSSI TOP 2 BSIC TOP3 ARFCN It is recommended to export at least the first Top 10 best servers 2G into the file in order to get the best neighbors results N Page 172 of 183 www agileto com agileto Agileto_Help_V1 53 docx D 2G case gt Top X different lines format 1 2 32 33 34 35 36 af 38 39 40 41 A AS AA 45 46 Af 46 AS 50 51 52 53 The name of the mandatory columns fields should contain minimum the red strings presented into the above picture This case Top X different lines format by comparison with the previous case a mentioned above the TOP X best servers detected from the 2G scanner mobile device at one time are presented in different lines one after the other always into the same columns corresponding formally to the Top 1 best server as per how it 1s presented into the above picture The number and order of the Top X best servers exported meaning which is the order how they are exported into the Drive Test measurement file doesn t matter for this format as far as Agileto tool will sort them accordingly during the time of processing the data 1
151. d of providing as inputs the originally xml tab call traces files This is a very powerful feature of this module as it requires just few minutes of re processing time comparing with few hours how it may take initially when processing the originally call traces files depending of the Call Traces collection interval of time Regarding the CT Call Traces post processing settings section you may provide different inputs as following e There are different filtering criteria options you may select for abnormal cases e You need to impose for each neighbors category IntraFreq InterFreq InterRAT the maximum number of neighbors as well as the total number of neighbors having sibllandDch flag allocation these settings are made up to the mobile operator strategy as well as up to the 3G vendor capabilities e You need to impose for each S Source gt T Target combination detected neighbors category the minimum weight contribution in order that specific S gt T combination detected to be validated as neighbor relationship e Additionally output Neighbors settings are available like o Keep always the neighbors co site neighbors declarations o Neighbors priorities should start with the value 0 or 1 e You need to select the type of the reports to be generated by default are selected all that means 3G gt 3G Neighbors 3G Overshooters 3G gt 2G Neighbors e Some other additionally settings may be performed ex neighbors recipr
152. d on the top left corner of the screen see examples on the next two screenshots The next screenshot is an example presenting the 3G KPI CS CDR 96 Fie Edt Wew Tools Add Help 3G KPI Legend LCS CRIN 0 15 lt x lt 0 50 E MAA 0 50 lt x lt 1 00 Page 100 lt x lt 200 LES RES a AWA Pea mo AgiletoDemo9 Y CS_CDR 6 36 Call Code W1051_ 21 PSC 137 UARFON 10808 LocaiCID 1051 Sector ID 2 Azimuth 120 Antennas Ant UMTS Ant Height 30 El_TM 0 Mec_TIM 2 Cluster ClusterA RNC Name 2 AGDM777 RNC id 777 Cell Id 51 al dole es M n E BS 31282 Page 158 of 183 www agileto com Agileto_Help_V1 53 docx The next screenshot is an example presenting the 2G KPI CS RAB Fie Edt View Tools Add Help 2G KPI Legend EET GNE AgiletoDemo2 A Ae yet y CS RAB 35 0 Call Code G20 1 BCCH 42 GSM Band GSM900 Cel Id 20 Sector ID 1 Azimuth 70 Antennas Ant GS8M900 Ant Height 25 E Ti 2 Mec_Tit 2 BCC 2 NCC 0 LAC 318 uu IS eee OUgle earth Page 159 of 183 www agileto com Agileto_Help_V1 53 docx Below it is an example of the Case A gt KPI is CS_CDR when the 3G Cells radius are constant but their colors are proportionally dependent on their CDR values Map Als x l5 x ES File Edit Tools Objects Query Table Options Map window Help JARENA Hea SPENE A MapIn
153. e Missing amp OY ue NotDetected amp O Ne wrongPlanPSC Ear Ie gt Layers Earth Gallery gt gt agileto T1 greater 70 629 5 3 Drive Test Parameter Topi_RSCP Points with values greater 70 Total number of Points 629 Weight as percentage 5 396 Pn y _ Ex EI ar yj ar m LIE iw 9 ei p M A IN EDO Le Page 122 of 183 gure Lo ee v ale pol as E don www agileto com Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Main Optimisation results option is selected Top1_CellsCoverage Google Earth E a x f File Edit view Tools Add Help w Search Fly To Find Businesses Directions E rive Test Le den A Fly to e g Reservoir Rd Clayville NY O lt 15 0 9 z Q I lt 12 1 9 EX lt 9 20 5 IX lt 6 47 3 ES c ETADI l S WS my Places o 2015 ann amp MS Temporary Places Ny A amp M s mobilenw aTT l N ME Agileto p b E ww w agileto com M ac m MY ac m MY 26 E M s Drive_Test_Optimisation_Bin20m_S M Agileto www agileto com OY ActiveSet Size M S Topi EcNo O Topi RSCP M Topi CellsCoverage C ME Agileto w Places U30010C E ww w agileto com ET d S s 5 4 MB Summary r y Au A Tm E A TOP 1 CELL COVERAGE for i Agileto gt 3G Optimisation Tool TP a EE E a j http www agileto com
154. ected 258 5 Detected 258 6 Missing 258 7 Detected 258 8 Detected 258 9 Detected 258 10 Missing 258 11 Detected 258 12 Missing 258 13 Missing 258 14 Detected 258 15 Missing 258 16 Detected 258 17 Detected 258 18 Detected 258 19 Missing 258 20 Missing 258 21 Missing 258 22 Missing 258 23 Missing 258 24 Missing LI 258 25 Missing LI 258 26 Missing LI 258 27 Missing LI 258 28 Detected 258 28 Missing LI 258 NotDetected 250 NotDetected 258 1 Detected 258 2 Detected 258 3 Detected 258 4 Detected 258 5 Detected 258 6 Missing 258 7 Detected 258 8 Detected 258 9 Detected 258 10 Detected 258 11 Detected 258 12 Missing 258 13 Detected 258 14 Detected www agileto com detected status Agileto_Help_V1 53 docx Example of the Summary Drive test Neighbors Overshooters Optimisation report written at the end of the data ae 3 4 5 6 7 8 g 10 a 12 B 4 15 46 17 18 source RNC etl Target Target Target Target Target Target Target e ZEE Km Km LAC LocalCID Celllame BCCH RSSlAvg RSSIMin RSSIMax ikm E 1 H Lg A d B B Hu HM m O FA a m m 3920 RNC 1207 2983 U15064B 239 5 8 5 8 5 8 0 27 0 27 0 27 306 39716 C15023C TTO 96 0 96 0 96 0 1 12 3921 RNC1207 2983 U15064B 239 5 2 5 2 5 2 0 24 0 24 0 24 10 30153 C10338A T86 64 5 84 5 84 5 0 17 3922 3823 Agileto gt www agileto com 2012 All rights reserved support agileto com M4 1 V4 56 gt Network Optimisation based on Drive Tests csv 392
155. ected E ON NB wrongPlanPSC E M s Drive Test CellsCoverage MS Agileto www agileto com ME Summary M dms Agileto gt 3G Optimisation Reese Tool MS Legend At EP P IIg Full CellsCoverage Here are presented the Cells Coverage Points gt N AAT HN 9 LID Ep U luris IAS ame QE ues e c safer O Ys i A a RS y Ld 7 9 gt N E PY i gt Layers Earth Gallery gt gt Page 130 of 183 agileto www agileto com Agileto_Help_V1 53 docx Screenshot example presenting the GE output by comparison with the above case the status of Top1_CellsCoverage ols File Edit View Tools Add Help w Search EB PISO x S E D m EE Fly To Find Businesses Directions E rive Test L egenc A Que ALL Fly to e g Reservoir Rd Clayville NY e E za X lt 12 0 696 EA 8 X c 6 53 8 Mans v Places BEEN lt 4 32 9 E A es AS My Places EN 4 0 2 2 if Sem P21 1798 T i Lo MS 4 Point number 1798 MA Temporary Places A A M amp S MobileNW ATT AE ME Agileto El aA 1 D TimeStamp 19 Oct 2012 15 20 32 683 E www agileto com iy AY y p o MB 46 lt 7 e gt sw d TOP 1 COVERAGE CELL for m MI 36 7e 28 gt ES Cell Name U10958A m Mg f F SC 246 a e A QO EcNo 5 525831 E MI amp S Drive_Test_Optimisation_ A oem S d RSCP 77 16296 M amp S Agileto PO www agileto com amp OY ActiveS
156. ected Cell order 3 10 9 Add Del Det 0 0 8337 EcNo Avg Min Max 13 05 24 Google cort Dos Y X7 Page 149 of 183 www agileto com Agileto_Help_V1 53 docx 4 3 Neighbors Optimisation based on PSCs Detected The purpose of this module is mainly to convert the PSCs Detected into their associated 3G cells detected furthermore this module checks if the associated 3G cell detected is already between the declared neighbors of the source cell some other supplementary investigations are performed too the distance source lt gt target the weighting factor as the percentage relating to the number of occurrences for the same Source Target combinations etc the output results of this module in correlation with other additionally info may lead to decisions as to add or not neighbors the cells associated to specific PSCs detected however this module is recommended to be used only as a temporary alternative to the modules M4 1 M4 2 which are performing similar tasks but completing better this type of action PSCs detected set may be the output of the Drive Tests Monitoring or Call Traces analysis therefore the format how they are provided may vary up to their source However the meaning of this type of the data 1s always the same representing the set of the PSCs which are reported by the mobiles but which are not detected between the set of the PSCs related to the neighbors cells already declared to the
157. ected into 2G e 26 cells nok detected into 26 OME will be OME will be colored in Pink colored standard like the others 26 cells General settings related to the reference 36 F1 2GHz layer All the others 36 amp 2G layers are referenced to 36 F1 layer Radius Km 0 25 Beamwidth degrees 50 Please select below the desired outputs C ancel Iw Generate Google Earth files iM Generate MapInfo files Google Earth output options i SPATIAL 3D Google Earth output PLAIN 20 Google Earth output Please notice that it is recommended to generate the Google Earth outputs as Spatial in 3D in order to benefit at maximum from the spatial visualization 3G available in Google Earth see the example below Page 38 of 183 www agileto com Agileto_Help_V1 53 docx 36 26H amp FOO Fz x P NL Lm Lo um M t m e nt coves IG Cells GSM amp DCS doc AF ioe ES r gt a c ip z mz A si AgiletoDemo2 X Cell Code W10 23 11 PSCz103 J amp RFCHN 10564 C s Ant UMTS 33 Select the desired options values into the main form then push OK button O A A AA SARNA ds 36 2G cells sites Ubjects i MapInfo amp GoogleEarth Networks 36 amp 26 generation is Completed MapInfo Files Path location CH 4gileto DEMO PROJECT MapInfo File Mame MabilehWw wor GoogleEarth Files Path Location CE Agileto DEMO PROJECT GoogleEarth File Mame MabileN w Ema please notice that you may use
158. ed Neighbors Analysis and Optimisation report as it 1s presented into the next screenshots Sy PPagelSlofl83 wwwagileto com ag Ileto Agileto_Help_V1 53 docx Example of PSCs Detected Neighbors Audit amp Optimisation Report Part 1 EY P5Cs Detected 21112009 P5Cs Detected processed xls Existing Cluster Cluster Calls Cell Cell Source amp source Target Target 1 Ka Ka validati 164 wWanas52 21 wws1081 11 207 207 sibllAndDch Add 1 nCity 1 InCity alidated 105 W2Do52 21 W51052 21 z207 207 sibllAndDch Add 1 nCity 1 InCity Walidated Job WY20652 21 Wb50542 21 20 207 sibllAndDch Add 1 InCity 1 InCity Walidated 167 W 206852 21 451083 31 20 207 sibllAndDch Add 1 InCity 1 InCity Walidated las W20652 21 W22992 21 20 207 sibllAndDch Add 1 nCity 1 InCity Walidated 10920052 21 MWbBD972 21 20 207 sibllAndDch Add 1 nCity 1 InCity Walidated 180 wWanas2 21 Wb54352 21 z207 207 sibllAndDch Add 1 nCity 1 InCity Walidated 191 20652 21 ww27282 21 20 207 sibllAndDch Add 1 nCity 1 InCity Walidated 5395 Meighbour Declaratio Existing Yes Yes Yes Source RNE b d 3G CT15 3G CTI5 3G _CT15_ 3G CT15_ 3G CT15_ 3G _CT15_ 3G _CT15_ 3G CTI5 Source LacalCID CellNarne Source b d 20852 3G Bartan_ 20852 3G Bartan 20852 3G Bartan_ 20852 3G Bartan 20852 3G Bartan 20852 3G Bartan 20852 3G Bartan 20852 3G Bartan
159. ed below to continue Generate a NEW Agileto database containing ONLY the Cells included into External Excel database File xls Cancel Update Agileto database ONLY For the the COMMON detected Cells included in both databases Conca C Update Agileto database with ALL the new Cells and data contained into External Excel database file xls Agileto database is updated generated from the External Excel database file xls CNAgieto a TT Mobile Config shobileN V External DB 2G databaze 0406 xls Choose Update Agileto database ONLY for the common detected Cells included in both databases then push OK Observation If may skip the step 1 presented above and you may want to generate directly Agileto reference database only By using External Excel file this case you will need to select above the option Generate a NEW Agileto database file containing ONLY the Cells included into External Excel database file xls A Agileto M1 1 V1 52 gt Generate amp update Agileto reference database 3G 2G Please select for each databse tab the 3G amp 2G sheets and the columns correspondence 3G 26 Change 3G Templates Preview of External 3G database sheet gt su Active 3G Template gt Agileto key Agileto Headers lt gt External columns headers Local CID Lat WG584 Azimuth Sector ID a 0 73 950368 40 80 Local CID gt Local CID gt 73 950368 40 68598 iong wesa
160. ed inside each of the basic squares having the bin size imposed initially Ex 10m will be aggregated averaged all the samples from the same signal and ultimately Agileto will perform the sorting in descending order based on their signal strengths of all of signals available on each basic square This way Agileto will re generate the Top to Top X signals in descending order for each point of the drive test corresponding to an unique basic square having the desired bin size These results spatial binned will be exported into csv files if the option Export Data Spatial Binned is selected see an example on the screenshot below 2088 Page96ofl88 wwwagileto com agileto Agileto_Help_V1 53 docx Up to the number and the format of the Drive Test measurements input files there may be four 4 types of Drive Test Optimisation cases as following e Case 1 3G 3G IntraFrequency Case 2 3G 3G InterFrequency Case 3 3G 2G InterRAT GSM Case 4 2G 2G IntraGSM It may be possible to use only partially the data contained into the Drive Test measurements file s and 1n this situation one initial case may be transformed into another one Ex Case 3 3G 2G InterRAT may be transformed into the Case 1 3G 3G IntraFrequency if a specific option is selected like it will be presented further Please see below the main Drive Test Optimisation form when two 2 Drive Tests measurements files are provided as i
161. eference database 4 x 1 Finish gt Run Time S0Jun2011 22 22 08 22 24 45 2min 3756C Agileto database has been generated YOU MAY START TO USE IT STRAIGHT WAY AS IT IS MO FURTHER MANUAL Y MANIPULATION 15 REQUIRED 4 copy of the current database has been saved at the following location Path C S amp giletes amp TT Mobilenivy ConfigsobileMw Config Mew File 3G amp z2G Config NewFramoOMC Snapshot 201008611 xls Please notice that a file copy of the new generated Agileto s database was saved on the path location and file name as per they are mentioned into the above message This message 1s just for the info backup purpose as now Agileto s database 3G amp 2G has been already generated based on the info contained into the OMC 3G snapshot file However the geographically coordinates and the azimuths of the cells are not usually contained into OMC 3G snapshots files therefore the next Step 2 1s necessary to be performed in order to add the 3G amp 2G cells geographically information to Agileto s database as it will be presented below Step 2 Choose again module M1 1 and click OK 2088 Page 290f183 wwwagileto com agileto Agileto_Help_V1 53 docx Agileto MN Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Meigh Vizual Neigh Optim KPIs Licence ENHANCED 87 1 Database GIS C 1 2 Generate MapInfo amp GoogleEarth 35 amp 26 cells sites
162. er of 20 NodeBs or one more RNCs is 1 week minimum day The recommended time for the Call Traces collection is suggested to be week in order to ensure that the geographically traffic distribution related to most of the mobile users is collected representative from the statistically point of view as the traffic profile may change considerable from one day to another day along to one week For more information please check the description of the module M4 2 For this Detailed User Guide these files will be named File 3 related to a sample file e Drive Test measurements file csv The purpose of getting this file is for the network optimization method M4 1 based on the Drive Test measurements data collection This file may result after performing a drive test while a GPS device was attached to the drive test equipments This file contains the associated information between the geographically position of the drive test equipment collected continuously from the GPS and different 3G and or 2G signal strengths quality metrics collected from the scanner mobile device used for the drive test purpose For more information regarding the structure format of this file please see the description of the module M4 1 as well as the Annex describing the Drive Tests measurements scanner mobile file For this Detailed User Guide this file will be named File 4 e KPIs file xls The purpose of getting this file is for the mappin
163. erFrq csv gt 3636 gt Inter Frequency declarations 4 OMC ATT 20110325 3626 All cow gt 3626 gt Inter RAT All declarations Eo visualize them in MapInfo please use the module 3 3 B The output Google Earth neighbors File has been generated Path C 4gileto 47TT GoogleEarthi Weigh GE OMC ATT 20110325 File Neighbors kmz En visualize it in Google Earth please use the module 1 4 The necessary csv and kmz files containing the 3G gt 3G and 3G gt 2G neighbors have been saved as per the info indicated into the above picture For more details regarding the structure of the new generated neighbors csv files please see the Annex named MapInfo Neighbors import file The neighbors which are recorded into csv files represent the input files for the module M3 3 MapInfo Neighboring Tool The neighbors which are recorded into kmz file Neighbors kmz may be visualized in Google Earth by using the module M1 4 with the neighbors legend color which will be presented further Please see below an example provided together with Agileto DEMO PPRJECT regarding the neighbors presentation which may be seen in Google Earth by loading the Neighbors kmz file generated by this module A Page7lofl83 wwwagileto com aglileto Agileto_Help_V1 53 docx zy Google Earth w Search Elo Sle le mia a D X d BS Fly To Find Businesses Directions HL Fly to e g Hotels near JFK F Q
164. es have been saved 2088 Page 69of 183 www agileto com agileto Agileto_Help_V1 53 docx Agileto M3 1 V2 73 gt OMC snapshot xml Ext lt gt MapInfo csv Converter Finish CASE 3G 3G e Total Delta Neighbours Declarations Discarded 8 0 The following Delta Neighbours file has been generated able to be loaded directly in OMC Path C sAgiletesapInfaMeigh MI Delta OMNc 1 gt OMC Neighbours File 36 Ncell Delta Dema OC 3G 33 Neighbourchanges xls 2 gt OMIC GSMCell New Additions Not the case Motes 1 Each 36 46 declaration contains the operation type requested Add Remove Modity validation 2 Each 3G XG declaration containing 36 FODCells that are not vet declared inta the network has been Discarded 3 Case 36 26 declarations containing 26 Cells nat yet declared at RNC level gt secondary 2G GSM file was generated Obs 36826 Config data file compared with the data from OME snapshot file True Case 2 OMC Snapshot xml txt gt MapInfo Google Earth Neighbors format csv kmz 3 Agileto M3 1 V2 81 gt OMC snapshot xml txt lt gt MapInfo GoogleEarth Converters Please select the option desired to continue C MapInfo Delta Neighbors format csv gt OMC xls MapInfo Neighbors export File cov File Browse OMC Snapshot xml txt gt MapInfo GoogleEarth Neighbors format csv kmz o pe OME snapshot File xml o
165. es Cell Source gt Cell Target becomes lower than the input imposed target Ex 1 then the Priority allocation will become negative the Neighbors Status becomes Missing LI stand for Low Importance and that means that the respective neighbor relationship is no more considered to be included into the final neighbor list proposal The report ends with a summary info the Drive Test collection data performance For more details please have a look into the next screenshots NO Page 108 0f 183 www agileto com agileto Agileto_Help_V1 53 docx Example of 3G 3G Drive test Neighbors Optimization report Part 1 a co Ch en P o sa 2x 2x 5x Esel A E RA Ir oo en fen de o 3 SD oo lie ls EE RNCOZ07 IRNCOZ07 RNCO207 RNCO207 RNCD207 RNCO207 RNCU2 0T RNCO207 RNCOZ07 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCOZ07 RNCO207 RNCOZ07 RNCO207 RNCOZ07 RNCO207 RNCO207 ANCO207 RNCO207 RNCO207 RNCOZ07 RNCO207 RNC0207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNCO207 RNC0207 RNCO207 RNCO207 RNC0207 RNCOZ07 RNCO207 RNCOZ07 RNCO207 RNCO207 RNCO207 agileto 3 U314804 U31480A U214804 U314804 U31480A U314804 U314804 U314804 U31480A U314804 U314804 U314804A U314804 U214804 U314804 U31
166. ese are the neighbors declared into the network which have not been detected during the drive test or which have been detected with a low number of occurrences the weight was lower than the imposed threshold these neighbors are candidates for the list of deletion but this will be made with caution based on their visually representation in Google Earth due to the particular drive test routes ways which may lead to false decisions in case the drive test was not performed dense enough into that specific area e Based on the Overshooters report it may analyze directly into Google Earth all the overshooters detected already sorted out since the most important overshooter detected up to the less important overshooter detected by their corresponding number of Affected Cells 1f necessary the suitable antennas downtilt proposals should be provided for the shortlisted overshooters selected and verified gt To complete this analysis it may make usage of the representation into Google Earth of the Topl CellsCoverage as well as of the CellsCoverage by checking where the overshooters cells have been detected as the Top 1 best server and where it was detected for the total coverage during the drive test the coverage lines will indicate the coverage areas and the color lines will indicated the signal strength e Another important optimization output is the list of the cases detected flagged by Agileto with Wrong planning PSC 3G BCCH 2G
167. et Size amp M6 Topi EcNo amp O Topi RSC amp IIS Topi CelleCoverage MS Agileto E www agileto com MIE Summary ESI 4 Agileto gt 3G sa Optimisation Too ES Legend 4 9 Topi Cells Be te ES Here are presented the PMAN Cells Coverage Points i E OS overshooters uf 7 E OB Ne Proposals s amp OS Ne Missing E OS NB NotDetected amp O NB wrongPlanPSC L1 amp S Drive Test CellsCoverage D Agileto www agileto com OB Summary Agileto gt 3G Optimisation 7 Tool OS Legend C Full CellsCoverage Here are presented the Cells Coverage Points mee Asgileto A QU uem e c E A gt Layers Earth Gallery i n il Y ANY Page 131 of 183 www agileto com Agileto_Help_V1 53 docx Conclusions When Agileto has completed to post process the Drive Test Optimisation option the RF Optimisation Engineer may proceed as following e Based on the Neighbors optimization report it has already the following outputs which may serve him her to optimize straightway the neighbors declarations based on the data collected during the drive test gt Neighbors Proposals gt this is the final optimal neighbors configuration proposed by Agileto for each cell based on the drive test measurements data gt Neighbors Missing gt these are the neighbors proposals which have not been yet declared as neighbors they should be added as neighbors gt Neighbors NotDetected gt th
168. eto M1 1 1 56 gt Generate and update Agileto reference database 3G 2G x Help F1 Please select the desired option to continue C By using external Excel file External Excel 3626 database File Cols file E agileto ATTAMobileNW_Config MobileNw_Extemal DB 2G database O40Bxls Browse By using OMC 3G snapshot file txt OM 36 46 snapshot File xml or crm UTRAN LTE xml or EA gileteXAT TAOMC 5 napshots Snapshot 07 UCB1 1 ml Browse xcm File Cancel OK Choose OK and you will get the following window Page 28 0f 183 wwwagileto com ag Neto Agileto_Help_V1 53 docx A Help F11 EX Agileto M1 1 V1 565 gt Generate and update Agileto reference database 36 2G Please select one of the options presented below to continue Generate a NEW Agileto database containing ONLY the Cells included into GMC snapshot File xml Cancel Ead E3 C Update Agileto database with ALL the new Cells and data contained into OMC snapshot file xml Agileto database is updated generated from the OMC snapshot file xml LS giletos amp T TOME Snapshots Snapshot 20100611 ml Initially only the top option is available gt Generate a NEW Agileto database containing ONLY the Cells included into OMC snapshot file then push OK When the module finished its work you will get a similar window like below Agileto M1 1 1 56 gt Generate and update Agileto r
169. eto EL Y a te r3 www agileto com Mo PARA dev s 55 Summary amp M TOP 1 EcNo A ae f MS Agileto www agileto com Agileto gt 3G Optimisation Tool http fvwww agileto com Summary M4 1 v4 64 gt Network Optimisation based on Drive Tests csv Agileto gt 3G Optimisation Tool http rw agileto com http ww Project ATT M s Legend gt Input Drive Tests File EXPORT_F1_20110707 csv amp MED T1 less OR equal 15 12 0 1 No EP FECI f SBRETEETEERMDES CREE AMOS AO IN ae iaa 1 Total number of INPUT lines detected into DRIVE TEST measurements file 18142 Drive Test gt 5H 2min 10096 amp ME T2 less OR equal 13 97 0 7 ory AO e 2 Total number of VALID Drive Test measurements file 14123 ve Test Parameter TOP_1_EcNo AA T Hi Y t 3 MA Drive Test z 3H 55min 77 85 Ta e 3 48 ER gaa ov TES 3 Total number of STATIC Mo Mobility detected GPS V EJ T3 less OR equal 11 595 4 296 N HAYE ACC NS measurements 3710 Drive Test 2 1H 1min 20 4596 Drive Test Parameter TOP 1 EcNa i uh d EA cu 4 Total number of INVALID GPS Lat Lon lines 49 Drive Test gt y E A a E O OH Omin 0 2796 a ME T4 less OR equal 9 1646 11 7 y t IS v p x tx f 5 Total number of INVALID DRIVE TEST PARAMETER Ur ve Test Parameter TOP _1_EcNo MAR y E an de i A ES S measurements 260 Drive Test OH 4min 1 4396 amp ME TS less OR equal 6 5775 40 9 Drive Test Parame
170. external Excel database or E Y SIL rh ma ta i wn 42UG_04 26 sheet Cells Similar operation should be performed for the 2G network To complete this task you should select the 2G network tab into the form presented above top left section and perform similar settings After this you have to push OK button Example of the selections amp settings to be performed for the 2G database Agileto M1 1 1 49 Generate amp update Agileto reference database 36 amp 74 Please select for each databse tab the 3G amp 2G sheets and the columns correspondence 26 Database gt Columns correspondence key 7 Deli ID gt Long WESH gt Lak WESH gt Azimuth gt Cell Name gt She Name Antenna Types gt Antenna Height gt Electrical Tit gt Mecharacal Tit gt LAC gt beh gt PER gt ber gt agileto al COD OE NI Eo x 53H L ODOQDESSONILE 0001363151 00016311 000163141 140001 1400011 Page 33 of 183 Preview of External 2G database sheet gt 2G Trx o Ste Te ares ribs IE poor nn Sector HR EJ I id bi i IER por UE pig 46 530558 DONASINI C This is the info to be imported usually from the external Excel database 2G sheet 2G Trx www agileto com Agileto_Help_V1 53 docx After pressing the OK button a summary standard column correspondence is provided for each database 3G and 2G like it is p
171. figuration details including 3G 3G 3G 2G neighbors declarations and may be obtained in different formats xml xcm txt up to the 3G vendor equipment File 1 see chapter Before you start After selecting the above inputs push OK into the above form and you will get Agileto M3 1 2 73 gt OMC snapshot a lt gt MapInfo A Converter x 1 This module converts the 3G XG Delta Neighbors format from MapInfo gt OMC format W0 It will be generated 1 2 files ready to be loaded directly into OME as following L gt OMC 3G XG Meighborchanges 2 m DC GSMCell NewAcdditions case 36 26 when 26 GSMCell is nat yet declared in 3G world Mate Each 36 46 Neighbor declaration contains the operation type requested Add Remove Modity validation Press OK and you will get the next window Agileto M3 1 v2 73 gt OMC snapshot xml Ext lt gt MapInfo csv Converter Do vou want to propagate the same Neighboring changes fram one layer F1 F2 to the other one FaF ii yes gt The Neighbors changes fram one frequency layer F1 F2 will be propagated on the other one F21F11 Ma gt The Neighbors changes will be converted ONLY as they are requested Choose the appropriate button Yes No according with your needs When the conversion is completed you will see the next window presenting the summary of the neighbors conversion as well as the path location where the fil
172. fo Professional _3G_Sites 3G _Cells_F8_KPIs o CS CDR 789 PSC 481 LIC CellcodesG 3073 32 X Cel Mame 350568 U2 OD oy a do LUARFCNM DL Frequency 40844 Local CIE 23 073 v List 36 Cells F2 KPls 2 00 3 00 REN FDO 4 is x o 6 Editi a EDT e 50 00 1 62 6 48 1125 Editing Cosmetic Layer t j o The screenshot below is the same example as above represented in Google Earth Sc a00gle Earth 1 E File Edit view Tools Add Help i v Search Li ELISA OA A l ID el BI T d eum 7m y A wy Fly To Find Businesses d Directions Fly to e g San Francisc E vl Q v Places eiue My Places Me Sig y Temporary Places 0 3G_Sites OS 3G cels F1 KPIs v amp S 3a cells F2 kPIs 350568 U2 CS CDR 7 89 PSC 481 UARFCN 10811 LocalCID 23073 Sector_ID 3 Azimuth 350 Antennas A50UD_T2 Ant_Height 17 El_Tilt 0 Mec_Tilt 0 Cluster RNC Name RNC 350 RNC_Id Cell Id 23073 1 E d A n 4 5 Y e d gt 1 E gt s w y Agilet Pa MI Y f o Gu ero m0 OS e J EN 54 Optintsation p T l gt Layers Earth Gallery gt gt 2003 lat 48 136187 2 lon 1 619309 elev 63m Eye alt 699km 1 Page 160 of 183 www agileto com Agileto_Help_V1 53 docx Below it is presented in MapInfo the same area presenting CS_CDR when the 3G Cells have both radius and their colors prop
173. for each drive test point the Active Set lines links between the point and all the cells which should be included into the Active Set according with the Input parameter provided initially Active Set Delta dB and the Top 1 to Top X best servers detected at that point after the spatial binning operation is performed if selected The legend colors for the Active Set lines will present always the Top 1 best server with green color and all the others Top 2 to Top X best servers from the Active Set will be represented with the yellow color In case that any of the Top 2 to Top X best servers from the Active Set 1s not declared as neighbor with the Top 1 best server than that link line will be colored with the red color see the example into the screenshot below The collection of such of cases detected with missing neighbors from the Active Set are included into the second GE tour movie named ActiveSet NbMiss as per it may be seen below The GE tours movies ActiveSet Replay amp ActiveSet NbMiss may be played with forward backward pause faster options like any standard digital movie by using the dedicated Google Earth tool available into the lower left corner from the main screen s Page 119 of 183 www agileto com agileto Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Audit results option M1 4 1s selected d tour movie R Google Earth File Edit View Tools Add Help
174. from the same region using the same erroneous transmissions lines etc By using the potential of this module the 3G 2G cells may be represented in MapInfo and or Google Earth by adjusting their sector colors and or their radius according with their KPIs values This way it may be very easy to identify visually in MapInfo and or Google Earth the absolute and relative performance of the 3G 2G cells by comparisons with their neighbors Some additionally explanation details will be provided further during the description of this module A Agileto Start Exit About Www agileta cam YS 3b 702 Choose Start option and after this module nr 5 1 E Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 87 5 KPIs in MapInfo amp GoogleEarth representation m Agileto Working Path ange i 2 C Agileto Agileto gt www agileto carr Projects OPUNE PRAISES MOME 2010 All rights reserved Cancel OK Management ATT email sales agileto com RN Page 1540f183 www agileto com Agileto_Help_V1 53 docx Choose OK and you will get the following window Agileto M5 1 V1 32 gt Generate MapInfo amp GoogleEarth cells objects based on KPIs values Please select the option desired to continue External file containing different cells KPIs KPIs File 36 cells xls or cowl File Co Agileto 4TT1KPIS1KPIs_20100501 20
175. g of the network s 3G and 2G cells into MapInfo and Google Earth based on their cells performance KPIs They may be represented in MapInfo and Google Earth by having different colors and or lengths according with their KPIs values These files are usually provided by the Monitoring Performance Engineer on different KPIs metrics collected reported for a specific period of time For more information regarding the structure format of this file please see the description of the module M5 1 as well as the Annex describing the KPIs A Page5ofl88 wwwagileto com agileto Agileto_Help_V1 53 docx file structure and format For this Detailed User Guide this file will be named File 5 PSCs detected file txt The purpose of getting this file 1s for the neighboring optimization method M4 3 based on the PSCs Detected This file may be outputted as result after either o Drive Test mobile export processing data o Monitoring reports o Call Traces export processing data For more information regarding the structure format of this file please see the description of the module M4 3 as well as the Annex describing the PSCs detected file format For this Detailed User Guide this file will be named File 6 agileto OMC 2G network export file xls csv The purpose of getting this file is for updating Agileto 2G reference database this operation may be performed directly by the module M1 1 or indirectly by the module M2
176. ghbor ALLES Occurance E B E zm Cell Sour sibitand creas BSIC ra La hd E 16 14 52 W25757 21 18 14 57 W25757 21 18 14 43 W25T757 21 18 14 38 W25757 21 18 14 38 W25757 21 18 14 28 W25757 21 18 14 28 W25757 21 18 14 24 W25757 21 18 14 22 W25757 21 18 14 20 W25757 21 18 14 19 W25T757 21 18 14 18 W25T5T7 21 18 14 18 W25T5T 21 18 14 17 W25757 21 18 14 18 W25T5T7 21 18 14 18 W25T5T7 21 18 14 5 W25757 21 18 14 13 W25T5T7 21 18 14 11 W25T5T7 21 18 14 9 W25757 21 18 14 8 W25757 21 18 14 7T W25757 21 18 14 7 W25757 21 18 14 5 W25757 21 18 14 2 W25757 21 18 14 1 W25757 21 18 14 1 W25T5T7 21 18 14 1 W25T5T 21 18 14 1 W25T5T 21 18 18 22 19 42 W5771 71 22 19 42 W5TT1 74 22 18 33 W5771 21 22 18 28 WSTT1 21 22 19 25 W5TT1 21 22 19 24 W5771_21 22 19 21 W5771 21 22 19 20 W5771 21 22 19 20 W5771 74 22 19 18 W5771_21 22 19 17 W5771_21 22 18 14 W5771 21 22 19 12 W5771_21 22 19 11 W5TT71 21 Page 112 of 183 af 39 Cell Targ RHC Sour Priority Neighbor et D30110 2 032485 1 D38382 3 D1877 1 D1679 3 D2027 1 D9652 2 D1878 2 D3308 2 D2320 1 D1943 1 039799 3 D1884 3 D49225 2 D39391 2 D30111 3 D32488 3 D881 1 039724 2 D56292 3 D1502 2 D32487 2 D2029 3 D1880 1 D39390 1 D1868 1 D3309 3 D494 2 D30081 3 D1878 2 032485 1 D2027 1 D32487 2 D38382 3 039799 3 D32488 3 D2320 1 D2028 2 D1884 3 D1877 1 D3308 2 D30110 2 D2028 3 ce i al Y kai 258 1 Detected 258 2 Detected 258 3 Detected 258 4 Det
177. hbors Optimisation based on PSCs Detected bt gt V2 7 ES Agileto Working Path ange E C Agileto Active Project N Agileto www agileto com Projects EFE old 2010 All rights reserved Cancel OK Management ATT email sales agileto com RN Page 133 0f 183 www agileto com Agileto_Help_V1 53 docx Choose OK and you will get the following window E Agileto M4 2 Y3 50 gt Network Optimisation based on Call Traces ml or Eab x Help F1 Please select the desired option to continue Overshooters 3G gt xG Neighbors Optimisation based on Call Traces files mil tab Call Traces xml or tab input File s according with the 36 vendor Format Fn il C Agileto ATT Call Traces CT_files 20700606 CT_RNC_255 000022 0200 srl BEDAE tab File To select as input Call Traces Analysis reports aready post processed E OMC 36 46 snapshot File xml or xcm gt UTRAN LTE xml or EA gileteXAT TXOMC 5 napshots Snapshot 2L 00611 rl Browse Cancel ok xcm File gt The Call Traces tab xml files should be a set of files collection recorded by the mobile operator internal tracing for the purpose of network neighboring optimization These type of file s have been generic called at the beginning of this Detailed User Guide as the File 3 see chapter Before you start Up to the 3G vendor equipment they may be provided in different formats and they may col
178. hey have been presented at the end of the previous chapter 3 1 The neighbors which are recorded into kmz file Neighbors kmz may be visualized in Google Earth by using the module M1 4 and the neighbors legend is the same like it was presented with example into the previous chapter 3 1 SQ page 78 0f 183 www agileto com ag Neto Agileto_Help_V1 53 docx 3 3 Mapinfo Neighboring tool 3G lt gt 3G or 3G lt gt 2G This module is used to activate MapInfo Neighboring tool which means to let you see visually in MapInfo representation the neighbor relationships between different cells 3G gt 3G or 3G gt 2G The tool provides the possibility of changing add remove the currently neighbors configuration and then to export these changes in different files formats these neighbors changes may be converted by the tool M3 1 into the right format Work Order in order to import them directly into OMC 3G Remember 1 Please notice that before using this module M3 3 you need to run in advance the module M1 2 in order to generate the MapInfo 3G amp 2G cells sites objects and you need to have already opened MapInfo workspace named MobileN W wor or other similar workspace containing the necessary MapInfo tab layers Sites 3G Cells 3G FI Cells 3G F2 Cells 3G FX Sites 2G Cells 2G gt For this last purpose View Mobile 3G 2G Networks in MapInfo you may use the module M1 4 2 Also you have to run in adva
179. hot xml tet gt Audit amp Sanity Check x 1 OMC snapshot xml txt gt Audit amp Sanity Check has Finished Run Time 040rct2010 00 26 09 00 26 25 16sec The following 5 files have been generated Path C sAgiletas amp udit Sanity Check 1 SMAPSHOT 201005611 3sGFDDCel SanityCheck xls gt ALL FDDCelle 36 36 36 36 Summary Audit amp Sanity Check 2 SMAPEHOT 201008611 3G3G MewlInfoAdded csv gt New Info Added to originally 36 36 Neighbor List 3 SNAPSHOT 20100611 3G2G MewlInfoA amp dded csv gt New Info Added to originally 34 26 Neighbor List 4 SNAPSHOT 20100611 Wo GSMCels ToUpdate xls gt Wo Mew GSMCells data file to be updated into 36 network 5 gt 26 cells declared into 36 OMC snapshot and not into Agileto database Choose OK and the Audit SanityCheck and the WO s generated Excel files will be displayed into the background like it may be seen into the next screenshots As per it 1s presented into the above message the output results of this module M2 1 may be up to five 5 files as following 208 Page 550183 wwwagileto com agileto Agileto_Help_V1 53 docx agileto 3GFDDCell SanityCheck xls gt This is a summary report file on FDDCell basis presenting the main 3G Cell RF associated parameters as well as the summary 3G Cell Neighbors audit 3G gt 3G amp 3G gt 2G 3G3G NewInfoAdded csv gt This is the file presenting all 3G gt 3G Neighbors declarations detected
180. idated RNCO207 RNCO207 27 1 31 False True 2 1 30 FALSE 0 30 17 30 17 0W155 11 W500 31 204 204 sib11AndDch 26 Missing Validated RNCOZ07 RNCOZ07 28 1 42 True False 1 0 65 TRUE 0 30 17 30 17 0W155 11 W148 31 204 204 sib11AndDch 27 Missing L Validated RNCO207 RNCO207 29 3 04 False True 1 0 65 TRUE 0 30 17 30 17 0 W155 11 W679 31 204 4 sib11AndDch 28 Missing LI Validated RNCO207 RNCOU04 30 7 56 True False 1 0 65 FALSE 0 30 17 30 17 0 W155 11 W24867 11 204 68 sibliAndDch 29 Missing LI Validated RNCO207 RNCOOSE 31 1 13 False False 1 0 65 FALSE 0 30 17 30 17 0W155 11 W258 31 204 204 sib11AndDch 30 Missing LI Validated RNCO207 RNCO207 32 1 58 False False 1 0 65 FALSE 0 30 17 30 17 0W155 11 W188 31 204 204 sib11AndDch 31 Missing LI Validated RNCO207 RNCO207 33 0 94 True True 1 0 65 TRUE 1 30 17 30 17 0W155 11 W153 21 204 204 sib11AndDch 32 Detected Validated RNCO207 RNCO207 34 2 35 True False 1 0 65 FALSE 0 30 17 30 17 0W155 11 W138 21 204 204 sib11AndDch 33 Missing L Validated RNCO207 RNCO207 35 1 94 False False 1 0 65 TRUE 1 30 17 30 17 0 W155 11 W178 11 204 204 sib11AndDch 34 Detected Validated RNCO207 RNCO207 J 3 22 False True 1 0 65 FALSE 0 30 17 30 17 0W155 11 W1002 11 204 4 sibliAndDch 35 Missing Ll Validated RNCO207 RNCO207 37 1 18 False False 1 0 65 FALSE 0 20 17 30 17 0W155 11 W103 11 204 204 sib11AndDch 36 Missing LI Validated RNCO207 RNCO207 38 0 35 False False 1 0 65 FALSE 1 30 17 30 17 0 W15
181. ighbors with sib11andDch flag allocation 4 light blue line which is presenting the 3G 2G Inter RAT GSM neighbors with flag allocation Below are presented the general legend details regarding the usage of the neighbors line colors 3G 3G Intra Frequency neighbors are displayed with frequency layer colors o sibllandDch are presented with Cell Frequency Layer color O gt are presented with l gt 3G 3G Inter Frequency neighbors are displayed with black lines up to the flag o sibllandDch gt are presented with dark black o DchOnly gt are presented with light black gt 3G 2G Inter RAT neighbors are displayed with blue lines up to their flag o sibllandDch gt are presented with dark blue o Del y gt are presented with All type of the neighbors 3G gt 3G and 3G gt 2G are generated spatially 3D in Google Earth and they look like they are presented into the next screenshot QA Page 72 of 183 www agileto com Agileto_Help_V1 53 docx Google Earth F ta Fa m um u A AY Ha i HI W1017 11 bounce Cel kane giiziobermu X lurost Cell Nume z wileluDzir o1 7 LucalLIEL 101 e Dist 2 32 d zip ancor Jsege AAA y ns 9n CU gt gt 15 EY ASS 3 E n ow T 17 7 un m y de m onda i TTAN S AE A 2 il tt me A dide oa cc A qu oe ee AD p Toe Y AS _ p i 47 4 nica t gt EE re rem nr mt cat mr gt ra up qm Cc T 34 lt 5 se P F f qma y
182. ile top right selection CS CDR into the previous example e The common reference Key should be selected as one between Local_CID and Cell_Name KPIs reports may come with one or both of these keys in above example the Local_CID has been selected e Should be selected the column associated with the key in above example this was LCID e Selected KPI column associated should be performed with one of the headers columns available into the KPI report Ex CS CDR Data Inputs e If the KPI is generally represented like a percentage then the corresponding field Present KPI as percentage is recommended to be ticked in order to have a better visualization on the selected input data e The name of the KPI a short string should be data filled into the field KPI Name this name will be used while generating MapInfo amp Google Earth files by adding a new column representing the associated KPIs information e There are three sets of the input data as following o Reference KPI value gt this is the value of the KPI associated with the next field Reference Cell Radius Km meaning that a cell having this KPI value will be represented with the radius described by the next field o Reference Cell Radius Km gt this represents the radius of the cells having their KPI values equal to the value contained into the previous field Reference KPI value o Reference Cell BW degrees gt this is the beam width used
183. ileto Licence file My Recent Documents Desktop 3 Documents and Settings RECYCLER Intel it System Volume Information My Documents OMsccache My Computer My Network Places File name Agileto Licence 43 35 08 10 2011 Mame Surname txt e EM Text Files txt v LN Save Cancel Save your Agileto Exported Licence txt file on your PC and then send it by mail to sales agileto com You will receive back your customized Agileto ENHANCED License file txt which you will need to import in order to be able to use the tool as following Launch again Agileto software and then choose About gt Licence Menu gt Get Licence Off Line gt Import the Licence then push OK You need to agree with Agileto EULA by pressing the Yes button see below RQ Pagel3ofl83 www agileto com agileto Agileto_Help_V1 53 docx Agileto EULA Terms and Conditions By continue vou agreed with the EULA mentioned below please scroll upidown to see all the kext Do vou agree Agileto End User License Agreement This End User License Agreement EULA is a legal agreement between n vnu either an individual ar a single entity the end user and the author of Agileto component Author This EULA permits vou to use a single copy or multiples copies of the software product identified above which includes computer software and may include associated media printed materials and on line or electronic documenta
184. in20m S ME A Agileto www agileto corn da Dg ActiveSet Size E O Topi EcNo O Topi RSCP O Topi CellsCoverage O overshooters O wp Proposals O wp Missing He NB NotDetected OS Agileto E www agileto com O EJ Summary Agileto gt 3G Optimisation Too http www agileto com E amp y Cells Cells containing the neighbors m C ED U31480A Cell Code W155_11 RNC ID 204 E U30004C Cell Code W102 31 j RNC ID 204 C ES v300048 Cell Code 101 21 RNC ID 204 E C E U30015A Cell Code W3363_11 RNC ID 204 a C E U315214 Cell Code W22333_11 RNC ID 204 C U30105A Cell Code W1260_11 RNC ID 4 2 C uaoiose Cell Code W1261_21 RNC ID 4 C ED us0104c a Cell Code W2561_31 x a J a 3 lle b Gaa Earth Gallery gt gt agileto Cells GSM amp DCS U30004C Cell Code W102 31 RNC ID 204 Cell ID 102 NB Proposals 8 NB Missing 1 NB_NotDetected 21 NB WrongPlanPSC 0 Page 128 of 183 www agileto com Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Main Optimisation results option 1s selected NB_WrongPlanBCCH EEE x Google Earth File Edit View Tools Add Help w Search x g a m as e E 2X emm gi GAN gt i Mor c lt A vd u f a 4 A a e Fly To Find Businesses Directions a T A Q WM LG jh X ue PS ad OM Pm as bad f d j Ps B 5 7 T Fly to e g Reservoir Rd
185. into OMC snapshot configuration file where there have been added some other supplementary information neighbors distance priority relation ID etc 3G2G NewInfoAdded csv gt This is the file presenting all 3G gt 2G Neighbors declarations detected into OMC snapshot configuration file where there have been added some other supplementary information neighbors distance priority relation ID etc WO GSMCells_ToUpdate xls gt This is the file representing the necessary corrective Work Order WO to be applied into the 3G network in order to correct the false 2G parameters information not yet updated detected into 3G network 3G OMC snapshot file GSMCells_only3GOMC NoExcel xls gt This file contains all the 2G cells declarations into the 3G network which have not been detected into Agileto 2G reference database On this case these 2G cells declarations need either to be deleted from the 3G network no more existing into the real 2G network either they need to be updated into Agileto 2G reference database GSMCells_only2GOMC NoExcel xls gt This file contains all the 2G cells exported from OMC 2G network which have not been detected into Agileto 2G reference database These 2G cells are recommended to be updated into Agileto 2G reference database by using the module M1 1 Page 56 of 183 www agileto com Agileto_Help_V1 53 docx 3GFDDCell SanityCheck Report 1 The main 3G cells RF parameters are presented on the left side of the
186. ion is not selected then the summary info for each point of the drive test is no more presented there are presented only the links between the drive test currently point and the cells from Active Set which the mobile should be in communication at that time according with the input Active Set Delta provided initially as input the Top 1 best server will be displayed always with the green line while the other cells concurrent in Active Set will be displayed with yellow color in case that a concurrent cell from the Active Set is not detected already declared as neighbor with the Top 1 best server then the line between the currently point and that cell 1s colored in red all subcases detected like missing neighbors from Active Set have generated the movie Activeset NbMiss which is practically a sum of subcases of the movie ActiveSet RePlay Export Data Spatial Binned gt When this option is selected then the Top X Source Target best servers ranked into descending order are exported after the spatial binning operation 1s performed these files are exported saved as csv files on the same path location where the Drive Test network optimization file 1s saved 20588 PagelM4ofl83 wwwagileto com agileto Agileto_Help_V1 53 docx Observation The 3G Frq layer Source Target association is very important to be performed properly as it may lead to erroneous results if the data recorded by the scanner mobile device was related to o
187. is to change the PSC allocation for the detected cells falling into this category This is in fact what this module is doing at two levels e A 3G Cell NodeB level best usage during local optimization deployments e B 3G Network level best usage during the optimization of large areas Apileto PEE ES Start Exit About Www agileko cam WS of 727 Choose Start option and after this module M2 2 Agileto IN Select below RF Optimisation Section amp Module DB amp GIs Audit amp Optin Neigh vizual Neigh Optim KFIs Licence ENHANCED 87 2 Network Audit reports amp proposals C 2 1 OMC snapshot xml tet gt Audit amp Sanity Check gt 644 37 C 2 3 2G BECHS allocation gt Audit amp Optimisation V1 0 Ch Agileto Working Path ange d C Agileto Agileto gt www agileto cor Projects Sere Secu RAME 2010 All rights reserved Cancel OK Management ATT email sales agileto com Choose OK and you will get the following window Page 61 0f 183 wwwagileto com Agileto_Help_V1 53 docx 5 Agileto M2 2 V1 82 gt 3G PSCs allocation gt Audit amp Optimisation Please select the option desired to continue 36 PSCs allocation gt Audit Optimisation Choose OK and you will have PSC Audit amp Optimisation x Do you want to include all 36 cells detected inta Excel contig file Yes gt All 3G cells from Excel will be used Ma gt Only 3G ce
188. isation based on PSCs Detected txt P5Cs detected in Call Traces ie kxk Cu Agileto4TTCall TracesyCTraces Ext PSC DeriPScs Detected 20081121 ExE BEAN OME snapshot File xml ar xcm gt UTRAM 36 vem ar Cu A4giletoATTOMC 36G_Snapshots UTRAN SNA4P200904 15020001 xml Browse xcm File Cancel OK gt The txt file representing the PSCs detected in Drive Tests Monitoring Call Traces is the file described at the beginning of this document as File 6 see chapter Before you start For more details regarding the format of this file please see the Annex named PSCs detected file format gt OMC 3G snapshot file contains the 3G 2G network configuration details and may be obtained in different formats xml xcm txt up to the 3G vendor File 1 see chapter Before you start After providing the relevant information choose OK and you will get the next message Agileto M4 3 Y2 7 gt Neighbors Optimisation based on PSCs Detected txt x This module generates automatically conversions fram Call Traces PSCs detected post processed file qu The following column conversions will be performed 1 RefRnecallId gt localCellld CellNarme 2 Detected cell PSC gt localCellld CellName based on the distance from the serving 3G cell some other usefull conversions related to the 36 Source 3G Target cells Choose OK and you will get the final PSCs Detect
189. kj 73 950368 40 68598 350 Long WGS84 gt Long WG584 z 73 950368 40 68598 80 Lat WGS84 gt Lat_WGS84 y 73 950368 40 68598 170 Azimuth gt Azimuth Sector ID gt Sector ID x Antenna_Type gt Antenna_Type Antenna Height gt Antenna Height Electrical Tilt gt Electrical Tilt Mechanical Tilt gt Mechanical Tilt Antenna Beamwidth gt Beamwidth Cluster gt Cluster Frequency Layer gt Frequency Layer Cell Name gt Cell_Name NodeB_Name gt NodeB_Name Cell ID gt Cell_ID z PSC v aan 73 959889 40 682349 RNC Name gt RNC Name 73 959889 40 682349 73 959889 40 682349 RNC_ID gt RNC ID 73 950368 40 68598 350 73 950368 40 68598 80 73 950368 40 68598 170 73 950368 40 68598 350 73 937313 40 686579 70 73 937313 40 686579 240 73 937313 40 686579 320 73 937313 40 686579 70 73 937313 40 686579 240 73 937313 40 686579 320 73 9445 40 68057 50 73 9445 40 68057 170 73 9445 40 68057 310 73 9445 40 68057 50 73 9445 40 68057 170 73 9445 40 68057 310 73 9445 40 68057 50 73 9445 40 68057 170 73 9445 40 68057 73 950401 40 677475 73 950401 40 677475 73 950401 40 677475 73 959889 40 682349 73 959869 40 682349 73 959889 40 682349 W N CO P3 CJ h3 C P3 UNF C nh UNF C P3 NEF ONE Ne 1 1 1 2 2 2 3 3 3 1 1 1 2 2 2 1 1 1 2 2 2 3 3 3 1 1 1 1 1 1 2 2 2 3G sheet
190. l please press the blue button and you will get the following report o x a PSC D S Est n Cell Code RNC Cluster ModeB Name FddCellName LCell ID 7 7 9 PSC Ini MinDist 22 MinDist Ini ee Azimuth Ini MinDist InsideBWW RS dni Km LCell 1 we i al 10 450088 31 RNC 235 Test NDB 230262 230262 U2 FO 50088 3 260 102 420 53 B False False Yes 11 1450345 21 RNC 235 Test NDB 230262 230262 U1 FO 50345 2 160 103 6914 102 4 False False Yes 12 wW50087 11 RNC 235 Test NDB 230262 230262 UO FO 50087 1 20 6 2 True False 107 57090 105 4 False False Yes 13 wsD48 21 RNC 235 Test NDB 254355 254355 U1 FO 9048 2 240 66 2 False False 66 2 False False No Moa gt ri Je2 FS F7 Fe ip PSCs optimization is performed on each 3G frequency layer detected and the results are store therefore on dedicated sheets like it 1s presented into the above screenshot example The report contains the initially amp optimized PSCs allocation for each 3G cell N Page 65 of 183 www agileto com agileto Agileto_Help_V1 53 docx 2 3 2G BCCHs allocation Audit and optimization This module is not yet available It is related to the 2G networks It 1s intended to be a similar module for the 2G networks regarding BCCHs allocation like it is the previous module M2 2 for the 3G networks regarding the PSCs allocation Currently Agileto tool 1s mainly oriented for the optimization on the 3G networks but
191. l to match each 3G cell with its associated KPI The next present a set of uL EE the of iis a RB mE 2 4 11 LCID aa 05 02 2010 usario osoarao 0608200 gt 0606 2o 0507 2010 cement OSOS DiU 3814 2748 5518 6098 6203 6621 097 3403 2355 102 33 109 142 138 172 194 87 80 742 572 998 929 950 1106 1302 EE 581 19 9 14 17 18 23 20 8 11 656 615 982 915 1142 1180 1178 657 478 13 10 29 26 31 37 17 13 B O 0 D 0 O D D O 0 27 11 28 31 35 44 44 14 10 20491 97 52 71 84 97 123 97 97 59 The KPIs can be provided into the files having datasheets with one type of KPI per sheet for different days hours etc like it 1s presented above or it may be provided in sheets containing the reference key column LCID or Cell_Name followed by different KPIs such as CSSR CDR CS_RB_Setup PS_Throughput etc taken at specific time N Page 175 of 183 www agileto com agileto Agileto_Help_V1 53 docx PSCs detected file format These files may come as output from different sources Drive Tests Monitoring Call Traces and they need to present the combinations detected between the 3G source cell and PSC detected some other additionally information may be provided like the number of occurrences for each Source Target combination occurred ECNo_Avg Min Max etc Below it is presented the format when the set of PSCs detected is coming as output after post processing Cal Traces 351 458 207 202402 29 0 11 5 0 0
192. le but not into GGz 2416 User Login Admin Run Time 0 dJun2010 14 18 18 14 18 00 44sec 2417 Agilleta database file CAgiletosGe2G CanfigxaGs amp 2G Config xls 2418 26 network OMC export file CVAgiletosG eG6 ConfigxaG amp 206G External DBX3G26 database D0406 xls 2419 26 Cells detected into ZG network OMC export file 7807 2420 26 Cells detected into Agileta 2G Excel config file 6570 2421 26 Cells detected in common OMC amp Excel files 5395 2422 This file is stored i C AgiletoAudit santylheck3G625 database D0408 GaSshMCells only GOMC NoExcel xls 2425 2424 Total GSMCall s 2412 existing inta ZG network OMC export but not inte Agileto database file N Page 60 of 183 www agileto com agileto Agileto_Help_V1 53 docx 2 2 3G PSC allocation Audit and Optimization This module allows you to make an audit and optimise the planning allocation of the PSCs at the entire 3G network on each of the frequency layers available used by the mobile operator the audit of the PSCs allocation will identify all the critical situations meaning all the cases representing 3G cells sharing the same PSC with a low inter cells distance between them the cells falling into this special category represent always a problem from the point of view of optimization as they will generate bad KPIs performance like low Accessibility high Call Drop Rate low Throughput etc The quick solution to solve cope with such un optimized 3G network
193. lect specific information during the collection time For example in case of Ericsson 3G vendor equipment the call traces collected are so called GPEH traces and they should record the following RNC internal events INTERNAL_SOFT_HANDOVER_EXECUTION INTERNAL_SOHO_DS_MISSING_NEIGHBOUR INTERNAL_IFHO_REPORT_RECEPTION INTERNAL_IRAT_HO_CC_EXECUTION For Alcatel Lucent 3G vendor equipment the call traces collected are so called CTN and they should use the Neighbors Optimisation template available For full details regarding the collection and format of the Call Traces up to the specific 3G vendor equipment please do not hesitate to contact us support agileto com gt OMC 3G snapshot file contains the 3G 2G network configuration details and may be obtained in different formats xml xcm txt up to the 3G vendor File 1 see chapter Before you start After providing the relevant information choose OK and you will get the main form where you need to set different parameters related to this specific module The main form of this module 1s looking like the screenshot below You will have here different options to setup as they will be explained further 208 Page 134 0f 183 www agileto com agileto Agileto_Help_V1 53 docx EX Agileto M4 2 Y3 50 gt Network Optimisation based on Call Traces ml or Eab Call Traces CT input data e A CT xml Fab originally traces are used as input For
194. lidated RNCOZ07 RNCO207 3 0 41 True False 19 12 34 TRUE 1 30 17 30 17 0W155 11 W102 31 204 204 sib11AndDch 2 Detected Validated RNCOZ07 RNCOZ07 4 0 48 False False 11 7 14 TRUE 1 30 17 30 17 0W155 11 W106 11 204 204 sib11AndDch 3 Detected Validated RNCO207 RNCO207 5 0 00 True False 11 7 14 TRUE 1 30 17 30 17 0W155 11 W158 21 204 204 sib11AndDch 4 Detected Validated RNC0207 RNCO207 6 0 78 True False 10 6 49 TRUE 1 30 17 30 17 0W155 11 W180 31 204 204 sib11AndDch 5 Detected Validated RNCOZ07 RNCO207 7 0 88 False False 7 455 TRUE 1 30 17 30 17 0W155 11 W150 21 204 204 sib11AndDch 6 Detected Validated RNCOZ07 RNCOZ07 8 1 18 False True 7 55 TRUE 1 30 17 30 17 0W155 11 W104 21 204 204 sib11AndDch 7 Detected Validated RNC0207 RNCO207 9 0 55 False True 6 3 90 TRUE 1 30 17 30 17 0W155 11 W22335 31 204 204 sib11AndDch 8 Detected Validated RNCOZ07 RNCOZ07 10 0 55 False False 5 3 25 FALSE 0 30 17 30 17 OWiSS 11 W22334 21 204 204 sib11AndDch 9 Missing Validated RNCOZ07 RNCO207 11 0 55 False False 5 3 25 TRUE 1 30 17 30 7 OW1S5S 11 W22333 11 204 204 sib11AndDch 10 Detected Validated RNCU207 RNCO207 12 0 78 True False 4 260 TRUE 1 30 17 30 17 0W155 11 W158 21 204 204 sib11AndDch 11 Detected Validated RNCO207 RNCO207 13 1 72 True False 4 2 60 TRUE 0 30 17 30 17 0W155 11 W131 31 204 204 sib11AndDch 12 Missing Validated RNCO207 RNCO207 14 1 58 True False 3 1 95 TRUE 1 30 17 30 17 0W155 11 W121 21 204 204 sib11AndDch 13 Detected Validated
195. llName 220043 00 3814 2748 3814 2748 5518 e 220043 01 102 33 102 33 109 Selected KPI gt srii2010 gt 220043 10 742 572 742 572 288 220043 11 19 a 19 a 14 EPIMin 0 00 KPIMax 4118 00 KPIAvg 3865 3z 220043 20 656 615 656 615 on 220043 21 13 10 13 10 29 a 2206065 D O 0 0 Data Inputs Present KPIs as percentage 220038 n 27 11 27 11 on 2900365 10 Br 52 of 52 ri KPI Mame gt i dd unen 290038_20 29 27 29 27 111 i 200 290362 n 46 163 46 163 269 Reference KPT value gt 290362 01 D n n n n p 0 25 20362 10 6506 466 636 466 1123 Reference Cell Radius Km gt 290362 11 0 D D n n ranned EE 290362 20 557 463 557 463 1015 290362 21 t 0 0 Generate Cell Radius proportionally with its KPI value erat re 7 l 350001 20 107 60 107 60 132 Maximum Cell Radius Km gt 35001000 537 411 537 411 641 350010 10 41 57 41 zr al egend KPIs ascending color order v KPIs desscending color order 350010 20 147 28 147 2n aj 350013_00 409 343 409 343 1183 KPI lt Threshold 1 E EN 350013 10 776 554 776 554 1143 390013 20 446 406 446 406 1306 KPI lt Threshold 2 is Ei 350014 nn 157 102 157 102 257 E mm 350014 D1 1 3 1 3 7 KPI lt Threshold 3 i 350014 10 1748 1410 1748 1410 2600 E 400 e 350014 11 34 25 34 25 3 AL ce nae it gt BN 350016 00 36 75 96 78 83 KPI lt Threshald 5 m 350016 10 20 17 20 17 23 A So0016 20 113 6 113 br 94 if Generate dedicated 36 KPIs layers 3 Cells FX
196. lls from Excel which are detected into OMC snapshot will be used Choose Yes or No according with your needs and you will get the main form regarding this module as following SQ PageG20fl83 www agileto com agileto Agileto_Help_V1 53 docx Agileto M2 2 V1 82 gt 3G PSCs allocation gt Audit Optimisation x E Tul a Export all displayed Results Help F1 Exit General Input Data original PSC dat Reference FDD LocalCell ID 20943 Reference NodeB Name N31 960 a 1 pli ever 17 urew 10533 ie Ene retrieval or LocalCell ID Azimuth FOD Cell Name nus iiio ERE nm LocalCell ID Azimuth FDD Cell Name Weer eee sectori 3094 30 fuziseos 458 1000 0 0 Jfoll E Fate sector 2 2034 120 Just 360B 3350 104 8 29629 170 ust aba a False False sector3 30943 210 fuziscoc 478 558 2395 v fuse rae Fase Sector 4 The main form of this module presented above allows you to perform directly the audit and optimization of the PSCs allocation on all the 3G cells belonging to the same NodeB and the same 3G frequency like the 3G cell that was selected into the field Reference FDD LocalCell ID The dedicated form presented above allows you to change the following two inputs 1 Reference FDD LocalCell ID 2 Input PSC at 3G Source cell level The above two mentioned inputs are presented into the forms inside the blue squares During each change
197. low case of 3G 3G neighbors 1 2 3 42 a 1 Ws1769 11 W49592 21 8 W40697 11 g 48263 11 Washo 11 WwhS5 1 b8 11 Widoo25 31 Washo 11 voga 21 Washo 11 Wdo2b3 11 Washo 11 513 h13 b13 613 513 513 513 513 613 613 613 613 613 613 613 613 sib11AndDich zib11AndDich sib11AndDich sib11AndDich sib11AndDich zib11AndDich dchllsage sib11AndDich Remove Remove Add Add Add Add Add Add e The first four 4 columns reflect the Cell Codes and their associated RNC_IDs related to the Cells Source and Target e It follows the sibllorDchUsage flag allocation specific for each neighbor relationship e Incase it is necessary just to change for an existing neighbor declaration the sibllorDchUsage flag then the new column named NewSib110rDchValue will be data filled with the new desired value regarding sibllorDchUsage flag allocation e The last column Method presents the action to be performed Remove Add Please see below a similar screenshot for a case representing an export of 3G 2G neighbors changes 5 EE 612257 2 1223b 2 40561 3 3085 3 613 Remove 33515 5001 203 10 513 Add 513 Add 513 Add 513 Add 12257 390 203 10 12236 3966 203 10 40561 3966 203 10 30960 6001 4035 10 In case of the 3G 2G neighbors export it is a new column CGI_Target 2G presenting CID LAC MCC MNC N agileto Page 178 of 183 www aglleto com Agileto_Help_V1 53 docx MapInfo Neighbors impo
198. lowing e Drive Test Analysis e Drive Test Optimisation As mentioned by their suggestive names each case mentioned above is used mainly for the following activities related to the drive test e Analysis gt this case is used just to represent a specific drive test metric into MapInfo amp Google Earth for the analysis purpose e Optimisation gt this case is more complex than the above as it involves supplementary intelligent optimization rules actions provided by the tool as they will be documented later on this document 8 Agileto DAS Start Exit About WAL agileto corm 5 35 622 Choose Start option and after this module nr 4 1 Agileto E Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 87 4 Neighbors Optimisation audit amp proposals 4 2 Neighbors Optimisation based on Call Traces xml gt 43 26 4 3 Neighbors Optimisation based on PSCs Detected bxE gt V2 7 m Agileto Working Path ange E C Agileto Agileto gt www agileto cor Projects died DARNIE 2010 All rights reserved Cancel OK Management ATT email sales agileto com Choose OK and you will get the following window RN Page 84 0f 183 wwwagileto com Agileto_Help_V1 53 docx E Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv Help F1 Please select the desired option to contin
199. lowing advantages features when visualizing the results into Google Earth GE e There is a Drive Test Legend displayed on the top left area associated to the Parameter selected Ex TOP_1_EcNo in line with the thresholds selected by the user 1n advance e From GE left panel you may select to display at one time all the drive test points or only those which fall into one more of the 6 ranges T1 to T6 corresponding to the 5 thresholds provided initially as inputs e On GE left panel it is presented the absolute number of points belonging to each of the 6 ranges Ex 320 356 792 2845 9279 11218 e On GE left panel as well as into the Drive Test Legend it is presented the relative percentage of the number of points belonging to each of the 6 ranges comparing with the total number of points detected into the whole drive test Ex 1 3 1 4 3 29 11 5 37 4 45 2 e On GE left panel there is a Summary folder and when the user press on it with the mouse then GE will display into an info balloon the summary related to the Drive Test Performance as per already mentioned initially and it is presented into the screenshot below lel File Edit View Tools Add Help w Search Fly To Find Businesses Directions Fly to e g 37 25 19 1 N 122 05 06 w Places M s My Places a MS Temporary Places E M s MobileNW ATT M Agileto www agileto com ME 4c amp ME ac amp MY 26 amp M s Drive_Test_Analysis TOP_1_EcNo M Agil
200. lues are provided TRUE FALSE T T TRUE FALSE Mine Th I I I I I 16 16 TRUE FALSE 15 15 TRUE TRUE The New Priority allocation ifor peg co 0 Sf ow 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 D D 1 1 1 RJ OP Bo BoB RS ROI RJ RI a Mm 00 o BROR J C D Rd 007 01 11M e d O 0 00 CO Ch E dk C3 a 000000505000 OQ he New Priority allocation is based on this column ranking E la EIL TRUE SAT and reverse T gt S FALSE LE ETT 1 E4007 FALSE FALSE sibllAndDch 1 1 y E 560087 Ue gt AllAdd Intra Inter Fr65051 83 AllDet 4233 SUB BTBBU 27426 27286 12 pi 122 1 40 11 49 TES AO TRUE TRUE sibTTAndE sibi Ande 15 11 0 3083 Bless 15208 15117 1 1 55 23 4 D 16 MO LAEDIT t 7 3 3083 2545 8221 8491 D 0 12 6 0 12 7 1 3083 61700 5331 6365 D D 97 D 92 22 EG Sgurce cell Before a al B 4 3083 7795 1688 1655 D D B D 25 abri jx biTAndL 12 8 3083 10637 1525 1575 D T 23 T 22 S gt T combinations dete cted 5 2 3083 50683 205 201 1375 1238 135 ie 325 21 EI 7 i 4 30 ENY Page 141 of 183 www agileto com agileto Agileto_Help_V1 53 docx Example of 3G 3G Call Trace Neighbors Optimisation analysis report Part 2 ft V 23 Y y m 2 20 y 39 MEGA a d I El PA E 2007
201. ly to e g Reservoir Rd Clayville NY L 0 sia w Places M amp S my Places a amp M amp S Temporary Places IV amp S MobileNW ATT E m s Drive_Test_Optimisation_Bin20m_S au Agileto www agileto com B OY ActiveSet Size E O Topi EcNo O Topi RSCP O Topi CellsCoverage z Wr Overshooters OSA Agileto www agiletn com Oe Summary Agileto gt 3G Optimisation Tool EB http ww w agiletn com aput 41 Te WD UT oco PAR Rx RUE LEA AN Jip AAA ym E amp y Overshooters Cells PASEO oni aU NN nf LA AS Ux Se RUTA A A5 W987 31 Cells detected as Overshooters NIRO ANS k o e TR bcr ps da xn YE Overshooter Cell Name C E RNCOD24 Qi E ANN NEL fu LES GA fon ees U31972A C RNCO312 duri Tr NA piece WEILE MN RUNI ease Affected Cell Name U30053C c RNCU366 AIE Ae Gon NS IPAE LA 7224 O NS eases LocalCID 987 E RNCO412 C wr EE der A A ccu tU EET LA DistOS Affected Km B C C U3DO244 yi gt ves gt n bes he s 3 gt mi e gt ha Y L sa Ss Occurances 2 Cell Code W115_11 49 U uL NE oo IM 2m ma adi 2 IE Affected Cell order 5 2 RNC ID 204 o P tp e C E U300278 vues ME H up rhy Y f n y E Overshooter Cell RNC ID 204 A Vae ha ARS C NH NU e wn SP HE EcNo 18 0 18 4 17 6 amp EJ U31480A e e AT a RES a TTE or NOR NEN Dim 43 43 43 Cell Code 44155 tt AM uh i 3 M Sl RE wu zz e RNC ID 204 A tunm i Ade RUTA Mese Affected Cell s
202. m M2 1 4 35 gt OMC snapshot ml txt gt Audit amp Sanity Check gt 26 GSMCell only inta xml 52 User Login Admin Run Time OF Jun2010 14 08 10 14 13 17 Smin 7 sec OMEC Snapshot file CoVAgileto OMC sts Snapshotsisnapshot 0100607 OMC1 Shall xcm 54 Anileta database file C v amp giletox3G amp 2G Config33G82G Config xls 55 2G network OMC export file Last updated today 07 Jun2010 15 13 2G cells updated from 2G External Excel file C Agileto 3Ga2G Config ap amp 2G External DEX3G2G database O406 xls 55 2G Cells detected inta 3G OMC snapshot file 23530 including duplicated 2G cells inta many RACs 57 2G Cells detected into 2G Excel config file 6570 58 2G Cells detected in common Excel amp OMC files 6558 58 This file is stored C VAgileto amp udit SanityCheckisnapshot 20100607 OMC1 9h30 GSMCells_only3GOMC NoExcel xls 61 Tatal GoMmMiell s 40 are detected only into 3G OMC snapshot file and not into Agileta 25 config Excel file they should be deleted or updated inta 5 config Excel file GSMCells_only2GOMC NoExcel AAA TA A A A ANA AA AAA AA BCCH v BCC v NCC v 2411 GSM90D Prio 1 25661 7679 118 2 3 2412 GSM9DU Center 53 47837 7679 85 7 2 2413 GSM900_Modem S2 37538 7679 114 4 D 2414 2415 Agileto gt www agileta cam 2010 All rights reserved suppartiaagileta com 42 1 4 35 gt OMC snapshot xml txt Audit Sanity Check 26 GSMCell detected inta OME export fi
203. ml or E amp gileteXAT TAOMC 5 napshots Snapshot 07 00611 ml Browse xcm File cance DK The difference between the Case 1 and the Case 2 presented below consists for the Case 1 in providing additionally an xls file representing the OMC 2G network export file containing at least the following five 5 set of parameters 2G these 2G Cells parameters are CID LAC BCCH BCC NCC this is the File 7 see chapter Before you start The file format for this type of file may be consulted into the Annex named OMC 2G network file format The following window will occur asking you to provide the right columns association between the standard Agileto 2G headers and the name of the columns how they are exported from OMC 2G network as following 2088 PageS3ofl83 wwwagileto com agileto Agileto_Help_V1 53 docx Agileto M2 1 V4 35 gt OMC snapshot xml txt gt Audit amp Sanity Check Please select the columns correspondence comming from 2G OMC export database 26 2G Database gt Columns correspondence Preview of External 2G database sheet gt Cells2G key x El ba 2G Cell Name BCCH_Frequency NCC AC a C Cel ID El CCH Frequency A P 4641 g 4641 E 0 4641 4641 2 4641 0 4641 0 4641 0 4641 0 4641 2 4641 1 4641 124 3 4108 4641 120 1 14108 4641 BCCH_Frequency y 82 2 24108 4641 79 1 4112 4641 124 0 14112 4641 84 1 24112 4641 123 2 4118 464
204. mp Google Earth representation s like you may see as examples into following screenshots Page 155 0f 183 Ss ww waagileto com QCH to Agileto_Help_V1 53 docx A Example of one case when the KPI is CS_CDR gt KPI is expressed generally as percentage Agileto M5 1 V1 36 gt Generate MapInfo GoogleEarth cells objects based on KPIs values Please customise Selected KPI and Data Inputs in order to generate KPIs cells objects KPIs 3G lt or gt Tr 2G Preview of the KPIs database sheet gt KPIs 3 key 36LCell_ ID a pa Zz gt 3GLCell ID Cell Name ES CDR C5 CS5R C5 RAB C Del Name gt 1017 XiletoDemol X 0 0017 0 9987 564 JE AgletoDemoi Y 0 0025 0 9991 758 Selected KPI gt C5_CDR 1019 AgletoDemei Z 0 0031 0 9995 646 1014 AgiletoDemo2 0 0031 0 8995 35 EPIMin 0 15 EPIMax 11 55 KPIAvg 1 3795 1015 AgiletoDermo2 Y 0 0161 0 9491 247 1016 AgiletoDemo2 2 0 0055 0 9961 768 1023 AgiletoDemo3 0 0027 0 9981 458 Data Inputs M Present KPIs as percentage 1024 hgletoDemo3 Y 0 0055 0 9992 579 soo jo CER H 1025 AgiletoDemo3 2 0 0351 0 9997 735 KPI Mame 1029 AgiletoDemo4 X 0 0073 0 9962 348 i 1 37 E 1030 AgiletoDemo4 Y 0 0027 0 9975 265 Reference KPI value gt i NE 1031 AgiletoDemo4 2 0 0054 0 9982 127 0 25 i 1035 AgiletoDemeS 0 0051 0 9986 83 Jerem Cal ses as sal E 1036 AgletoDemo5 Y 0 0573 0 9995 470 al ide
205. mp update Agileto reference database 3G amp 26 E h 1 Mo update is performed currently For the 26 database Choose OK and you will be notified with the confirmation message about Agileto s database update Additionally it is generated automatically a copy of the new updated Agileto s reference database like presented into the below message This message 1s just for the info backup purpose as now Agileto s reference database has been already generated based on the info contained into the OMC 3G snapshot file Step 1 and then updated with the info contained into external Excel file Step 2 i Finish gt Run Time O1Jul2011 22 13 30 22 13 36 6sec Agileto database has been updated YOU MAY START TO USE IT STRAIGHT YAY 45 IT IS MO FURTHER MANUALLY MANIPULATION 15 REQUIRED 4 copy of the current database has been saved at the following location Path CoAgileto A TT Mobilenvy Contig Mobilen _Config_New File 3G826_Config_UpdateParamFromE 26 database 0406 xls Choose OK again and you have just completed the run for the module M1 1 Notice You may open anytime Agileto reference database for the Active project by using the module M1 4 top option Remarks 1 It is important to remark that you may update any time Agileto s reference database file MobileNW Config xls from different sources OMC 3G snapshot file and or External Excel database file by using the module M1 1 The 3G and or 2G mobile network
206. named Drive Test kmz containing the main output optimization results as following o ActiveSet Size o Topl EcNo for 3G or Top1_RSSI for 2G o Topl RSCP for 3G Topl to TopX info is provided as per requested into the input parameters Overshooters NB Proposals NB Missing NB NotDetected o NB WrongPlanPSC for 3G or NB WrongPlanBCCH for 2G e Load Cells Coverage results gt This option will load the file named CellsCoverage kmz which contains the coverage detected for each cell along the drive test O O XO O All the output optimization info presented above will be presented and described in details further The output files for MapInfo are different tables tab files similar like presented above for Google Earth and they are already integrated into MapInfo file named Drive_Test wor Returning to the formats of the Drive Test Neighbors Overshooters optimization report s they may be summarized as following some screenshots will be presented further to provide the right exemplification This report presents the selected 3G 3G or 3G 2G or 2G 2G analysis in successive lines representing all the detected combinations between the Cell Source Cell Target neighbors occurrences during the time when the drive test was performed All the detected combinations Cell Source Cell Target are sorted descending per each reference Source Cell by taking for sorting the number of the occurrences repre
207. nce the module M3 1 or M3 2 in order to get the neighbors declarations into the right format accepted to be imported in MapInfo Agileto Sel Start Exit About WA agileto corm 5 35 622 Choose Start option and after this module nr M3 3 I Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Meigh Optim KPIs Licence ENHANCED 87 3 Neighbors Visually representation amp converters C 3 1 OMC snapshot xml txt lt gt MapInfo amp GoogleEarth Converters gt 72 77 C 3 2 Neighbors database gt MapInfo amp GoogleEarth Converters gt 41 17 E Agileto Working Path ange E C Agileto Agileto gt www agileto corn Projects dd ames 2010 All rights reserved Cancel OK Management ATT email sales agileto com QO Page79ofl83 wwwagileto com Agileto_Help_V1 53 docx Choose OK and you will get the following window Agileto M3 3 V1 55 gt MapInfo Neighboring tool 3G lt gt 3G 3G lt gt 2G Please select the Neigboring desired option to continue iv 3G 23G INTRA FREQUENCY 3G gt 3G INTER FREQUENCY P1 lt gt F1 Ra 3G6 gt 2G INTER RAT Tatal Frequency Layers 3 F1 10639 2127 8MHz F2 10664 2132 8MHz F3 10688 2137 6MHz Cancel Here you can choose several options according with your needs as following e 3G 3G Intra Frequency or e 3G 3G Inter Frequency or e 3G 2G Inter
208. ne specific Frequency Layer and the association was made with another Frequency Layer Up to the experience and the knowledge of the RF Optimization Engineer the specific settings already existing into the real 3G 2G mobile networks which trigger the different events Ex ela elb there is a set of several inputs which have been mentioned above and which may be changed when providing the entire set of the inputs By default the end user may keep the default proposed input values as they have been already tested extensively in many cases but obviously that the fine tuning may take place in order to get the best optimum output results When Agileto has completed the calculations and already generated the output results the Network optimization report Excel file will remain displayed open into the background and a similar message like the one below will be displayed Agileto M4 1 Y4 54 gt Network Optimisation based on Drive Tests csw x 1 Network Optimisation based on Drive Tests cev has Finished Run Time 21Nov2041 12 45 07 12 46 45 1min 38sec Drive Test Network Optimisation file was saved as following Path Ci VAgileta amp TTsDrive TesteXpT Optimisation Binll m Scanner 3G Fl 3G3G F1F1 File Binit lm Scanner 3G Fi 3G3G F1F1 DT MWwwOptim xls Mapinfo General Output MI Path CiNAgilete amp TTSMapInfoasprive TestesBinlldm Scanner 3G Fl 3G3G F1F1 File Drive Test wor Mapinfo Neighbors Output Proposals
209. neighboring optimization purpose This approach increase the chance to detect optimum all the necessary and potential neighbors relationships by analyzing the neighbors relations Top X gt Top Y even when the Top X is not the Top 1 but the Top X is inside of this range interval below the real Top 1 best server all the Top X servers detected below this interval range against the real Top 1l best server will be discarded they will not be formally considered as Top reference server for all the others detected Top Y servers where the strength of Top Y lt Top X this range value may be chosen in conjunction with the event ela in case of the 3G neighbors analysis ENY Page 102 of 183 agileto www agileto com Agileto_Help_V1 53 docx Monitor Delta dB gt this is the monitor range interval accepted for the neighboring optimization purpose below the Top X servers in line with the idea mentioned above regarding Active Set Delta where the Top X may be considered formally at some time like the Top 1 reference server against all the others Top Y where the strength of the Top Y Top X all the Top Y servers detected below the monitoring range against the Top X will be discarded from the neighbors analysis and optimization process this approach increase the probability of getting only the necessary neighbors relationships and this range value may be chosen in conjunction with the event elb in case of the 3G neighbors analysis RSSIMin
210. ng Current Time 15 Mov 2011 18 55 31 Elapsed seconds 6 When the upgrade is completed the message will change to the following Updater Aglleto will clase now and then itwill open again Aqglleto has been successfully upgraded Current Time 15 Mov 2011 18 56 45 Remained seconds 2 After the upgrade is completed you may continue to use straightway Agileto who s Main Menu will re open again automatically presenting the new Agileto version updated like below i Agileto Exit www agileto com Help Help 32837790 Current Time 68 Oct 2011 03 30 54 87 This string presents Agileto version number All the previous Agileto s settings including the Licence details remained the same after the upgrade has been performed You may continue to use Agileto tool straightway like you already did before the upgrade process took place 2088 Page 200f 183 wwwagileto com agileto Agileto_Help_V1 53 docx Directory structure You may start using Agileto tool by pushing the Start button as per below A Agileto la ES WIAA agileta cam WS 36 697 And you will see Agileto Help F1 IJI Select below RF Optimisation Section and Module DB als Audit Optim Neighbors Visual Network Optim KPIs YPY Y Y P J 1 Database and GlS C 1 1 Generate and update Agileto reference da
211. ngle entity the end user and the author of Agleto component Author This EULA permits you ta use a single copy or multiples capies of the software product identified above which includes computer software and may include associated media printed materials and on line or electronic documentation SOFTWARE PRODUCT Licence Menu f Check For updates By installing copying or othenwse using the SOFTWARE PRODUCT vau agree ta be bounded by the terme of this EULA IF pou da not agree to the terme of this EULA do not install or use the SOFTWARE PRODUCT SOFTWARE PRODUCT LICENSE B Agileto gt www agileto com Agileto version Cancel 2010 All rights reserved Core 3 20 email salesm agileto com Engine 37 798 Reproduction in any manner without the written permission is strictly Forbidden If there is not detected a new Agileto version available then a message it is displayed to you like into the picture below Agileto e Congratulation y You are using the last version Agileto SM 3 28 37 798 In case it is available a new Agileto version then Agileto Updater will manage automatically the upgrade to the last version available without any user manual intervention This case the following window is displayed 2088 Page 19 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx 3 Updater Agileta will clase now and then itwill open again Please be patient Agileto Is upgradi
212. nputs generating the Case 3 3G 2G InterRAT GSM 3 Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv Please select below the desired option and its associated parameters as appropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 1 9 oristrie 7 DT2ndFile GPS Latitude WGS84 gt Latitude 15 May 201211 25 3 45 75728 4 94249 5 932000103 82 00800323 GPS Longitude WGS84 gt Longitude mi ie May 2012 11 253 4575728 494249 a 6 745999813 3088700104 Time Stamp gt Time E 15May201211 25 3 45 75728 484249 64 6 914000034 91 02300262 15 May 2012 11 25 3 45 75728 484250 64 6313000202 90 53099823 Spatial bin size m gt 10 E F Perform Spatial Binning 15 May 2012 11 25 3 45 75728 4 94250 64 7 362999916 91 66000366 15 May 2012 11 25 3 45 75728 484250 64 6234000206 87 85900116 Drive Test Optimisation 15 May 2012 11 25 4 45 75728 4 94250 64 5 477000237 89 35199738 15 May 2012 11 25 4 45 75729 48425072 64 6 97 7000237 89 61599577 otal Frequency Layers 4 15 May 2012 11 25 4 45 75729 48425072 64 8 87100029 93 08999634 15 May 2012 11 25 4 45 75729 484250 64 9 758000374 94 08599854 d ph 15May201211 25 4 45 75729 4 84250 64 7 977000237 92 43000031 3 10688 2137 6MHz 15 May 2012 11 25 4 45 75729 484250 64 7 070000172 91 30500031 7 2950 590MHz 15 May 2012 11 25 4 45 75729 484
213. ns As output it will be generated for each 3G frequency layer a list with all the 3G cells presenting gt 1 The entire list of the reference 3G cells considered for the Border Cells evaluation gt 2 The closest 3G cell which is inside of the beamwidth B of each reference 3G cell 3 The minimum distance to the closest 3G cell inside Bw of the reference 3G cell le 4 The azimuth to the closest 36 cell inside Bw of the reference 3G cell On the output results all the Border Cells detected between the reference 3G cells will be filterd and highlighted z 23 This le the percentage 4 enlargement of the actual 3G cells Antennas Beamendth considered 10 o i for the Border Cells evaluation Km lt This is the distance Km after which a 3G cell is considered as Border Cell if no other 3 cell is detected inside of tts Antenna beamwidth enlarged sector coverage i All Sa Cells declared into database will be considered for the Border Cells evaluation I l M cance c Only 36 Cells detected inta OME snapshot file will L be considered for the Border Cells evaluation You have few options to select according with the following three inputs e Antennas Beamwidth enlargement percentage e Coverage Distance Km beside a cell 1s considered as Border Cell e Which 3G cells All Ony those detected into OMC 3G snapshot file are considered for the Border Cells calculation
214. number of MOBILITY Drive Test measurements 12787 Drive Test gt 3H 33min 82 70 3945 3 Total number of STATIC No Mobility detected Drive Test measurements 2528 Drive Test gt 0H 42min 16 35 3946 4 Total number of INVALID GPS Lat Lon lines 21 Drive Test gt 0H Omin 0 14 3847 5 Total number of INVALID DRIVE TEST SOURCE measurements 42 Drive Test gt 0H Omin 0 27 3848 6 Total number of INVALID DRIVE TEST TARGET measurements 64 Drive Test gt OH 1min 0 54 3949 3850 Total number of points resulted after spatial binning aggregation 10140 bin size m 10 All the input output information data is synthesized into the summary presented as per into the above screenshot Overshooters Analvsis and Optimisation This report sheet presents all the cells detected as overshooters following the principle that a combination Source Cell gt Target Cell is detected with some occurrences during the Drive Tests neighboring analysis but the reciprocally is not detected N Page 113 of 183 www agileto com agileto Agileto_Help_V1 53 docx Example of the Drive test Overshooters report Part 1 1 RNCO217 RNCO217 RNCO0217 RNCO217 RNCO0217 RNCO217 RNCO217 RNCO217 10 RNCO217 11 RNCO217 12 RNCO0217 13 RNCO217 14 RNCO217 15 RNCO217 16 RNCO217 17 RNCOOT4 18 RNCOOT4 18 RNCOO14 20 RNCOO14 21 RNCOO14 22 RNCOO14 23 RNCOO14 24 RNCOO14 25 RNCDO 14 25 RNCOO
215. ny cases the drive test activities are externalized to different specialized companies and need to be evaluated properly and fast These kind of summary Statistics are automatically evaluated by Agileto tool which may help a lot the RF Engineer involved into the drive test analysis optimization in order to qualify quickly if a drive test may be accepted as validated after certain criteria or needs to be performed once again A Drive Test Analysis This case 1s used mainly to get the drive test summary statistics and representation into MapInfo and Google Earth of a desired Drive Test parameter exported into the Drive Test measurement data csv file this parameter can be selected by the user as per desired who may modify as well the associated Legend too The minimum information necessary to be included into the Drive Test measurement file and provided by the user as appropriate is the following see for reference the screenshot below GPS Latitude WGS84 GPS Longitude WGS84 Time Stamp optional Parameter Selected Parameter Name optional gt this is the name of the Parameter Selected how it will occur into MapInfo amp Google Eearth representations e Legend Parameter values ranges and colors 20088 Page 90 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx EN Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv E Please select below the desired option
216. o E Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 87 1 Database amp GIS 1 1 Generate amp update Agileto reference database 3G amp 26 V1 50 C 1 2 Generate MapInfo amp GoogleEarth 3G amp 2 cells sites Objects gt V2 83 C 1 4 View Active database MapInfo GoogleEarth representation s gt V 1 05 th Agileto Working Path ange 2 C Agileto Agileto gt www agileto carr Projects ere PEJE co baie 2010 All rights reserved Cancel OK Management ATT email sales agileto com Choose OK and you will get the following window RN Page 460f 183 wwwagileto com Agileto_Help_V1 53 docx 5 Agileto M1 3 V2 71 gt Network boundary gt Border Cells detection Please select the option desired to continue Network Boundary Cells evaluation Press OK button and you will get the next window 5 Agileto M1 3 2 71 gt Network boundary gt Border Cells detection How to use this module As input it should be provided the following le 1 The percentage enlargement of the 3G cells beamwidths BW to be considered for the calculations lo 2 The Mas coverage distance Km after which a cell is considered as Border Cell 3 IF all 3G cells declared into database DR ONLY 36 cells detected into OME 3G snapesot file will be considered for the calculatio
217. o each Drive Test measurements file the drive tests corresponding to each file may take place even on different days and the final results will not be altered b Even when a single Drive Test measurements file is provided as input we recommend still keeping selecting the option Perform Spatial Binning in order to get the best performance This action will lead even to better optimization results as far as the action of passing many times with the drive test VAN on the same routes will just increase the precision of the signals detected into that area aggregation 1s performed by average It may be seen into the screenshot below that the Spatial bin size m may be selected from a discret number of predifined values or it may be inserted manually as desired On the right side it is presented the Preview of the 1 Drive Test file EN Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests cs Please select below the desired option and its associated parameters as appropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 1 I oristrie 7 DT2ndFile GPS Latitude WGS84 gt Latitude v ToP1cPIcHRsCP TOP2SC_ TOP2CPICHEc No TOP2CPICHASCP TOP3SC TOP3CI 4 E 82 00800323 104 13 33199978 98 34799957 136 14 8520 GPS Longitude WGS84 gt Longitude BE aoro 104 13 28499985 97 4260025 136 16 2299 Time Stamp gt Time 91 02300262 104 14
218. o the next screenshots N Page 146 of 183 www agileto com ag eto Agileto_Help_V1 53 docx Example of neighbors proposal gt remark the priorities amp the width of the neighbors lines meaning the traffic weight from cell source to cell target Google Earth File Edit View Tools Add Help w Search Fly To Find Businesses Directions Fly to e g 37 25 19 1 M 122 05 06 w a w Places ho My Places 8 amp y Temporary Places 8 amp S MobileNet 3G 2G v 3 Agileto WIAA niga com OY sites 36 E sites 26 8 cells 3G F3 8 cells 3G F2 8 cells 3c F1 Aaileto www agileto com v g Summary Agileto gt 3G Optimisation Tool 2 Legend e Y o 3Gcells Agileto gt 3G Optimisation Tool 163 Pscs sm m Cells 2G a m s Neighbors_CT v 3 Aaileto www agileto com 13 NB Proposals E ES NEP IntraFr Ime Rm REPE E rg NB IntraFr F3 OE wgp ImnterFr e CIS mer InterRAT EJES we ToAdd 113 wB ToDelete EZ ag NB_ToDelete_IntraFr CE wg reDelete InterFr CE wg ToDelete InterRAT E ag NB_ToChange J overshooters Qa heje gt Layers Earth Gallery gt agileto 3G 2GHz amp 900MHz mages S207 Y 1 IGN France fs y 4 mage 020 1H Aerodat ty terai nal Surveys Page 147 of 183 www agileto com Agileto_Help_V1 53 docx The same Sourse cell as before presenting the neighbors to be deleted based on the low traffic dist
219. ocity desired between different layers etc After you choose all the desired options please push OK button and when the module completed the calculations you will get a similar message like the one below meanwhile you will see a progress indicator bar informing about the status of the post processing data like 1t will be presented further NO age 136 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx Agileto M4 2 V3 26 gt Neighbors Optimisation based on Call Traces xml i Call Traces CT Files xml post processing has Finished Run Time GOcE2011 04 03 45 04 05 28 1min 43sec 1 Are Call Traces Files xml used as Input For Ehe currently 36 36 amp 36 26 reports False 2115 3636 Intra Freq Reverse Neighboring declaration recommended selected gt True 3 Is 3636 Inter Freq Reverse Neighboring declaration recommended selected gt False Call Traces Analysis reports Files Path C 4qgileto4TT Call TracesyWeighiopk CT xmlic T Analysis 20110411 36 36 CT Analysis 36396 ATT 20110411 RA Report 20111008 0404 csy 36 36 Overshooters CT Analvsis 3636 ATT 20110411 RA Report 20111008 0404 Overshooters csy 36 26 CT Analysis 3G2G ATT 20110411 RA Report 20111008 D404 csv A MapInfo related neighbors Files path CH Agileto ATTMapinfoieigh CT MIVCT Analysis 20110411 Eo view them in MapInfo use the module 3 3 B Google Earth related neighbors Files path CH Agileto 4 TT GoogleEarth Weigh GEVCT CT Analy
220. ogleEarth cells sites objects based on KPIs values 154 ABL KC A E O T 165 Agileto reference database MobileNW Config xls cessere 165 Drive Tests measurements scanner mobile file oooooccnnnonnncnnnnnonnnnnnnnnnonanononnnnonnnonnnnnnnnannnnnns 169 KPIs File structure and TOMO lt a a EnS ES SEEE E ASEE E E 175 PCS detected ile JOMA S m 176 OME CRE WOT FIC FOTN e E E E E A 177 MapInfo Neighbors export file sccicconoanacateidnt ccanchautauetietacieraqatedusdetacamphgusedntielacderasatedeidetacawnbeuseeaten 178 Maplnfo Neighbors import Wense 179 Extemal Neighbors declarations Mente 181 AA m o mE 183 Page 2 of 183 www agileto com agileto Agileto_Help_V1 53 docx PC requirements hardware and software e Recommended HW Intel Dual Core with 1 GB RAM or more e OS Windows XP Windows Vista Windows 7 and also on Windows 2003 server or Windows 2008 server Agileto is an Windows application working in conjunction with other three Windows applications e MS Office Excel Excell 2000 or greater e MapInfo ver 8 or greater e Google Earth ver 5 or greater Important In order to benefit of all its available modules there is a pre request that Excel MapInfo and Google Earth applications should be already pre installed Notice In case that any libray common Windows dll ocx file used by Agileto 1s missing from your PC then during the installation phase that library will
221. omOtos 3 4 49085 21 G47552 2 314 CL 1 750083 UT FO 49086 RNC 237 10589 GSM9OU 760152 S1 47652 4876 sib11AndDch 1 4 froml toe30 7 5 49085 21 G47630 2 314 CL 1 760083 U1 FO 49066 RNC 237 10589 GSM900 760130 S1 47630 4876 sib11AndDch 1 5 fromiOte30 4 B W49086 21 G57552 3 314 CL 1 750083 UT FO 49086 RNC 237 10589 GSM900 760152 S2 57652 4876 sib11AndDch 1 4 fromi to30 8 LY wa9086 21 G1945 4 314 CL 1 750083 U1 FO 49086 RNC 237 10589 GSMSUU 750153 S3 1945 4B7B sibllAndDch 1 9 fromi0to30 10 8 w49085 21 G7583 1 314 CL 1 760083 U1 FO 49086 RNC 237 10589 GSM200 760083 SO 7683 4877 sib11AndDch O fromiDto30 O 9 W4S086 21 G15560_4 314 CL 1 760083 UT FO 49086 RNC 237 10589 GSM900 760151 S3 15560 4876 sib11AndDch 2 5 fromi te30 5 10 wag08s_21 G17583 2 314lCL 1 760083 UT FO 49086 RNC 237 10589 GSM9OU 760083 S1 17683 4877 sib11AndDch O fromiDto30 1 M M 4 gt Msnapshot 20100607 OMC1 9h30 3G2 Jal p Ready MUM E WO GSMcCells ToUpdate The corrective WO is automatically generated if necessary in order to update properly the 2G parameters into 3G network A S 5 wa CC 9 d 85 1 m S 1 RNC sohtNeighbour local lbcc bcchFrequency maxAllawedUlTxPower ncc sr fuserspecificinto 2 RNC 235 GSM900 234521 SO 24663 1474 232 01 i 94 33 0 GSM900_234521_SD 3 RNC 235 GSMS00 532634 SO 40922 3821 232 01 6 122 33 O GSM900_532634 SD 5
222. ore 50 E 1037 AgiletoDemo5 7 0 0066 0 9992 553 i 1041 AgiletoDemo6 0 0067 0 9458 438 dico S A 1043 AgiletoDemo6 z 0 0045 0 9901 705 aren 1044 AgiletoDemo7 4 0 0051 0 9921 205 Maximum Cell Radius Km gt j 1045 AgiletoDemo7 Y 0 1153 0 9967 357 1046 AgiletoDemo7 Z 0 0072 0 9987 473 Legend i KFIs ascending color order KPIs d sscending color order 1047 AgiletoDemo8 X 0 0073 0 9994 575 e a 1048 AgiletoDemo8 Y 0 0065 0 9983 649 KPI lt Threshold 1 NG hl 1049 AgiletoDemo8 Z 0 0047 0 9979 820 1050 AgiletoDemo9 0 0015 0 9993 428 KPI lt Threshold_2 5E 1051 AgiletoDemo9 Y 0 0636 0 9941 208 E z gt u 1052 AgiletoDemo9 Z 0 0027 0 9964 507 KPI lt Threshold_3 MEN 1053 AgiletoDemo10 X 0 0041 0 9993 702 z a ad 1054 AgiletoDemo10 Y 0 0171 0 9982 538 KPI lt Threshold 3 MEM 1065 AgiletoDemo10 Z 0 0022 0 9975 527 KPI lt Threshold_5 3 gt SS i c u b ud Iw Generate dedicated KPIs layers ex 3a Cels Fx EPIs xxx a z W Generate Google Earth files w SPATIAL 30 Google Earth output Iw Generate MapInfo files EPI sheet KPIs 3G Cancel ENY Page 156 of 183 www agileto com agileto Agileto_Help_V1 53 docx Notice MapInfo output is selected always by default Google Earth output is selected optionally The following settings are available to be performed on the main form of this module Initial settings e Should be selected the desired sheet from all available into the KPIs f
223. ortionally dependent on their CDR values 4 El The picture below is the same example as above represented in Google Earth Pa File Edit w Search Fly To Find Businesses Directions Fly to e g 37 25 818 N 122 05 36 W v v Places c VI ES My Places O Sightseeing Tour Make sure 3D B layer is checked o m amp Temporary Places amp 1 ac sites H 1 amp 9 aa cells F1 kPIs H v amp S aa Cells F2 kPIs gt Layers Je Earth Gallery gt gt 350568_U2 C8 CDR 7 8896 PSC 481 UARFCN 10811 LocalCID 23073 Sector ID 3 Azimuth 350 Antennas A50UD_T2 Ant_Height 17 El_Tilt 0 Mec_Tilt 0 Cluster RNC_Name RNC_350 RNC_Id 6 Cell Id 23073 Agilet 5G Optintsation 2 2003 lat e n d AN E 48 129370 lon 1 6922875 elev 39m Page 161 of 183 tg i epe ome f j ra EN 1 pe ees Eye alt 793km www agileto com Agileto_Help_V1 53 docx B Example of one case when the KPI is CS_RB_Setup_Success gt KPI is expressed generally as a number Agileto M5 1 V1 23 gt Generate Mapinfo amp GoogleEarth cells objects based on KPIs values Please customise Selected KPI and Data Inputs in order to generate 3G cells sites 3G 3G Database gt Key Columns correspondence Preview of 3G KPIs database sheet gt CS RB setup sucess key CeliName S 2in S eni S201 SI3 2010 lane Ce
224. ory where it is recommended to be stored the 2G network OMC export files used usually as input for M2 1 top option OMC Snapshots gt directory where are recommended to be stored the OMC 3G snapshot files xml xcm txt this path location will be used as the default input path by the tool for the OMC snapshot files agileto Page 26 of 183 www agileto com Agileto_Help_V1 53 docx Modules available Database amp GIS 1 1 Generate and update Agileto reference database 3G amp 2G For more details information regarding the format amp structure of Agileto s reference database file please see the Annex named Agileto reference database MobileNW_Config xls Initially before starting to work properly on a project you will need to generate Agileto reference database related to that project that is in fact the file named generic MobileNW_Config xls This operation may be completed in 2 steps The first step is by using File 1 and the second step is by using File 2 see Before you start Step 1 Agileto IN Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 87 1 Database GIS C 1 2 Generate MapInfo amp GoogleEarth 36 amp 26 cells fsites Objects gt 42 83 C 1 3 Network boundary gt Border Cells detection gt v2 71 C 1 4 View Active database MapInfo GoogleEarth representation s
225. ppropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 1 I oristrie 7 DT2ndFile GPS Latitude WGS84 gt Latitude 15 May 2012 11 25 3 45 757283 4 04249 6 392000103 92 00800323 GPS Longitude WGS84 gt Longitude ml May201211 25 3 45757283 4 84249 B 6 745999813 90 88700104 Time Stamp gt Time 15 May 2012 11 25 3 45 757284 4 84249 64 6 914000034 91 02300262 mM 15May201211 25 3 45 757286 4 84250 64 6 313000202 90 53099823 Spatial bin size m gt 10 3 perform Spatial Binning 15 May 2012 11 25 3 45 757286 4 84250 64 7 362999916 91 66000366 15 May 2012 11 25 3 45 757288 4 84250 64 6 234000206 87 85900116 Drive Test Optimisation 15 May 2012 11 25 4 45 757289 484250 64 6 47 7000237 89 35199738 15 May 2012 11 25 4 45 757291 48425072 64 6 977000237 89 61699677 otal Frequency Layers 4 15 May 2012 11 25 4 45 757291 49425072 64 8 87100029 93 08999634 15 May 2012 11 25 4 45757293 4 84250 64 9 758000374 94 08599854 dais ces E 15 May 2012 11 25 4 45 757295 4 84250 64 7 977000237 92 43000031 z i 15 May 2012 11 25 4 45 757295 4 84250 64 7 070000172 31 30500031 3 10688 2137 6MHz 15 May 201211 25 4 45 757298 484251 4 6 664000034 91 06999969 7 2950 590MHz 15 May 2012 11 25 4 45 757300 48425119 64 6570000172 89 66400146 15 May 2012 11 25 4 45757300 48425119 64 6
226. previously e The conventions for the Frequency Layer allocations are as they are presented above into the comment of this cell UMTS frequencies in 2GHz band are allocated with layers to 6 while 900M Hz band are allocated the layers 7 to 10 ENY Page 166 of 183 www agileto com ag eto Agileto_Help_V1 53 docx The structure of the sheet 2G Part 1 1 Cell Code Cell Name Site Name Lee A g cq qme qeu EI es ETSI el ee o 51 454 1 17464 b0b5904014 AD DB8 b539 3 1 SU ALPE 1 ALPE 2112 0 54242 2 44471 6 065904514 40 00763979 2 320 ALPE _2 ALPE 2112 0 5 5 21021 1 21021 6060341632 40 09353500 1 OU PAIAN NORD 1 P418N_ NORD 2112 0 1 1 21022 2 210244 RB bB321532 40 09353506 2 40 PAIAN NORD 2 PAISN NORD 2112 3 3 521024 3 41044 6 Ubes21bs2 40 0 353500 J 100 PAJAN MORD 3 PALAM NORD 2112 1 1 250 211 1 50211 552 DL55 40 17392392 1 10 PATROL 1 PATROL 42425 1 1 219061 2 19061 5520255 40 17392392 2 260 PATROL 2 PATROL 4225 0 Li 0 50621 3 50621 S5 5 2 875 5 40 17392392 3 315 PATROL 3 PATROL 4225 0 0 D14050_1 14050 5736 0236 40 1900655 1 40 ALMA D1 ALMA 4225 aa 1 0 o D14051_2 14051 5736 0236 4079060654 2 310 ALMA De ALMA 4225 Soy 0 E 5 4s 1 40377 5 7 2B50B80322 401910600 1 120 LORRAINE 1 LORRAINE 42425 lo 3 J lb 1965 2 619565 68 FRU 40 19106007 2 20 LORRAINE 2 LORRAINE 4425 d 0 2 2 Sb3b1ll 3 63610 amp 72B50BI22 40 19106007 J 340 LORRAINE 3 LORRAI
227. puts and output data etc e e On the left side the first columns are formatted in such of way to be able to load immediately in MapInfo all the Source Target combinations detected selected yellow background e The Clusters related to the Source Target cells are following on the right side e There is a validation process for the both Source amp Target cells meaning that if at least one cell doesn t exist it is not declared into OMC 3G snapshot file then the relation Source Target is invalidated this may happen in the case that Agileto reference database 1s updated with all the 3G cells planned for future deployments but the cells are not yet declared into the real OMC 3G network e There is a checking to see if the Source Target combination is already declared as neighbor relationship into the snapshot EY agileto Page 152 of 183 www agileto com Agileto_Help_V1 53 docx Example of PSCs Detected Neighbors Audit amp Optimisation Report Part 2 EY PSCs_Detected_21112009_PSCs Detected_processed xls BE n 2 p a i t v 1 9 2 2 2 323 2 25 2 2 29 2 3 3 a Neighbour Inside Bi Decurane EventOcc Declaratio Source Source Source source Target Target Target Distance Detected Ciccuren Event EcioEvent _ E ANC aa SC PNC ie Target SC Km Source Targ RefRneCellld NbIF MA cell SC ce e NbIFM Oee NMblFMI EcioAyg Avg Ecioblax eee et 58 Yes 3G CT1i5_ 20852 35 Bartan_ 169 5
228. r xcm UTRAN 36 2 cool me CH Agileto4TT10MC 36_Snapshots OMC_ATT_ 20110325 xml Browse xcm File gt OMC 3G snapshot file contains the 3G 2G network configuration details including 3G 3G 3G 2G neighbors declarations and may be obtained in different formats xml xcm txt up to the 3G vendor equipment File 1 see chapter Before you start After selecting the above inputs push OK and you will get the following message A Page 700f 183 wwwagileto com ag Neto Agileto_Help_V1 53 docx Agileto M3 1 V2 77 gt OMC snapshot xml txt lt gt MapInfo GoogleEarth Converters This module converts OMC snapshot File into 36 36 amp 36 26 MapInfo Formatted Neighbors csv IE will be generated 4 Files as Following 3 3 AI All declarations 33 23 3 3 IntraFrq Intra Frequency declarations 36 230 3 3 InterFrq Inter Frequencv declarations 3 736 3 2 Al All Inter RAT declarations 36 723 Do vau want to generate the neighbors Files kmz Far Google Earth boo MapInfo amp Google Earth neighbors generation is completed gt Run Time O80ct2011 04 55 12 04 55 44 32sec 4 The output MapInfo neighbors Files have been generated Path C agiletoATT MapinfolNeigh OMC MIVOMC_ATT 20110325 1 OMC_ATT 20110325 3G3G All csv gt 3636 gt All declarations 2 OMC_ ATT 20110325 3636 IntraFrq csv gt 3636 gt Intra Frequency declarations 3 OMC ATT 20110325 _3636 Int
229. r 3 Azimuth 240 Antenna Twvpe K4203 05 Bearmrvvidth 65 Antenna Height 295 Electrical Tilt 2 Mechanical Til 2 Cluster Test RNC Mame RAC 325 RMC After ll 613 Cell IL 48 854 Lat W6S384 4511061 Long WWcs8O4 40553854 3G Cells Fd 2088 Page4dloflSB3 wwwagileto com agileto Agileto_Help_V1 53 docx Example of Mobile Networks 3G amp 2G generated in Google Earth General overview Google Earth Ble Edt yew Tools Add Help v Search 3G 2GHz amp 900MHz SS Fly To FindBusinesses Directions Fly to e g New York NY F7 gt first 900MHz 2G Cells GSM amp DCS v Places M amp My Places m Temporary Places 2 UE stes e E Sites_2G 3 8 celis 3c F3 MS cells 3c F2 ES Cels 3G F1 MS cells 2c E cells 3G F7 CH A 7 h M 7 1 feto a ds Xp Vi M re gt 7 ata SiO NOAA EU S Navy NGA GEBCO Jo s AA Onfrearsa1rr vt n bi image 201 1 GeoEye y Y image 92011 DigitalGlobe b Layers Earth Gallery gt gt B 850018 3 Ip 5kimago D2011IGNiFrance Page 42 of 183 www agileto com Agileto_Help_V1 53 docx Example of Mobile Networks 3G amp 2G generated in Google Earth Detailed view Google Earth File Edit view Tools Add Help wv Search geom Fly To Find Businesses Directions Fly to e g New York NY v Places gt z 8 c Temporary Places
230. rder Cells detection senes 46 1 4 View Active database MapInfo GoogleEarth representation s 50 Network Audi reports amp DFODOSALS O EID NOR 22 2 1 OMC snapshot xml txt Audit and Sanity Check oooooocccnnccccnonnnocncnnnnnnnnnnnnnos 52 2 2 3G PSC allocation Audit and Optimization ccccoocnnocncnnnnnnnnnnnnonnnnnnnnnnnnnnnnannnnnnnnnnnnnnnos 61 2 3 2G BCCHs allocation Audit and optimization essen 66 Neighbors Visually representation and converters essent nnne nnns 67 3 1 OMC snapshot lt gt MapInfo amp Google Earth converters eseeeusssss 67 3 2 Neighbors database gt MapInfo amp Google Earth converters sssse 74 3 3 MapInfo Neighboring tool 3G lt gt 3G or 3G 26G eese 79 Network Optimisation audit and proposal oooooonncnncninnnnnnnnnnnnnnnnnnnnnnonannnnnnnnnnnnnnnnnnnnnnnnnnnnnnnns 84 4 1 Network Optimisation based on Drive Tests ooonnccncncccnonnnoncnnnnnnnnnnnnnnncccnnnnncnnnnnnnos 84 4 2 Network Optimisation based on Call Traces sees 133 4 3 Neighbors Optimisation based on PSCs Detected cccccccconnnnnnnccncncncnnnnnnoccnncnnnnnnnnnnnos 150 Investigation based on Cells KPIs in MapInfo amp GoogleEarth representation 154 5 1 Generate MapInfo amp Go
231. reenshot this case the neighbors file should contain at least two columns representing the Cell IDs of the source and target cells and having the standard headers columns names as sourceCID targetCID in case the standard format is missing then the message below 1s displayed asking to use the good format Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests ri Warning The Neighbors Reference file selected does not have the good format To remember it should contain at least the following two columns saurcet ID target p Thank you for selecting the good format Example of case when using the neighbors csv file instead of an OMC 3G file EX Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv x Help lA Please select the desired option to continue Drive Test Input Type 36 36 IntraFrequency Network Optimisation based on Drive Tests csv Drive Test measurements File scanner mobile csv File C Agileto ATT Drive_Tests DT_Measurements Exp_F1_Agileta cav Browse zndFile Neighbors reference File csv is provided below as input csv file C Agletas amp TT MaplnfosNeigh DB 3G6 3G Neighbors csv Select Neighbors csv File insted of OMC File Cancel Don t select any Neighbors reference file 3 In case that neither the 3G OMC snapshot file or the Neighbors csv file are available then it may be selected the option Don
232. report as into the screenshot presented below EW SNAPSHOT 20100611 3GFDDCell SanityCheck xls E o x Same Same ame Disthlin to certarlD E35 all ather Cell Code RNC Cluster OUP geme TMA Typs FddCellName LCell ID es paRatio PAL MaxIx pUPIET poen pac PS F9C windist Cells CellSize Name MainDL Power Power MinDist MinDist BtsAnt InsideB Inside B LCell ID Km Km BEB W238 31 RNC 235 Test NDB 130 STSR2 6 3 tmaUmtsOnly 610530 U2 FO 238 10564 60 13 402 302 3 350 o 196 9944 127 5 False Fals 0 8 from10to3t A5 IBES UIBED4G 32 RNC 235 Test NDB130 STSR26 3 tmaUmtsOnly 610530 U2 F1 18046 10569 40 13 384 3023 2 0102 1 0 1000 False Fals 0 8 from1Dto3t 28 B7O N20809 17 RNC 235 Test NDB 150 None RRH1 tmaMix 610825 UD FO 20809 3076 100 O Ff 429 3291 210 0 202 D 1000 False Fals 19 fromiOtoat 243 EF ileto gt wen agileto com O 2010 All rights reserved supporti agileta corm M2 104 39 gt OME snapshot xml txt gt Audit amp Sanity Check A User Login Admin Run Time 040ct2010 00 26 09 00 26 25 16sec Iz 4 OMC Snapshot fi file C XAgiletoXOMC 3G Snapshats sNAPSHOT 40100611 cm 675 Agileto database file C VAgiletoX3G amp 2G ConfigaG amp 2G Config xls 676 26 network OMC export file Last updated today 31May2010 15 13 2G cells updated fro 77 Output Audit amp Sanity Check path C AgiletoAudit_SanityCheck Output 36 FODCell Summary Audit amp Sanity Check file SNAPSH
233. resented below where no column correspondence is provided then the standard correspondence show nothing Agileto M1 1 V1 49 gt Generate amp update Agileto reference database 3G amp 26 E The Following Fields have been associated between locally amp external 36 Excel Files Local CID gt Cid Lat W584 gt Lak Long_ 65584 gt Long Sector ID gt Sector MR Azimuth gt Azimuth 7 Frequency Layer gt Cell Mame ModeB Mame gt PSC gt Cell ID RNC Name gt RMC ID gt Cluster gt Anbenna Twvpe gt Anbenna Beamwidth gt Antenna Height gt Height m Electrical Tilt gt Additional Electrical Downtilk 9 Mechanical Tilt Mechanical Downtilt 97 The Following Fields have been associated between locally amp external 26 Excel Files Cell ID gt CI Lak wWwi3584 gt Lat Lang w w us584 gt Long Sector ID gt Sector MR Azimuth gt Azimuth 7 Cell Mame gt Transmitter Site Mame gt Site LAC gt LAC bech gt BCCH Frequency bece BCC ncc gt MEC Antenna Type gt Antenna Beamwidth gt Antenna Height gt Height m Electrical Tilt gt Additional Electrical Downtilk 9 Mechanical Tilt Mechanical Downtilt e OBS In case that the 2G 3G network information was not provided you will get the following message QO Page 34 of 183 wwwagileto com ag Neto Agileto_Help_V1 53 docx Agileto M1 1 V 1 49 gt Generate a
234. ribution toward Target cells on the real network Uu e i Google Earth File Edit View Tools Add Help v Search Fly to e g 37 25 19 1 N 122 05 06 W 7 2G Cells GSM amp DCS MES Wohi G Lv w Places fe My Places 8 S9 temporary Places A mA MobileNet 3G 2G www agileto com OE sites 3c ES sites 2G H E cells 3c F3 8 l9 cells 3c F2 3 MR cells 3G F1 www agileto com E Summary Agileto gt 3G Optimisation To o c E Agileto gt 3G Optimisation Tool amp v 2 Pscs amp m yi Cells 2G m Neighbors CT www agileto com 0 ne Proposals 11 nep_Intrarr amp 1559 wg mtrarr F1 H 159 we mtrarr F2 amp l9 wp mtrarr F3 H E wgp InterFr amp C nep_Interrar 159 wg roadd E Sg wg ToDelete amp v Feu NB_ToDelete_IntraFr E ne roDelete InterFr en T E e gt E r r4 Li Hu i x 9 LN PN C NB_ToDelete_InterRAT i LF Mo b deua M C rz i 4 j i AL AVR wY 4 vua VIT mut ee E ag NB_ToChange Kon us K b v em ES ag Overshooters A ta o A Nat coe 2 V 7 A Agileto EN EN a A Ls M it P gt 4 m se gt o Lu 2 erodata Intemational Surveys Eu 3 a y la 34 Optretsation y 2 ei E 034 IGN France j m A 4 TA is gt Layers Earth Gallery gt gt 7 p Page 148 of 183 www agileto com Agileto_Help_V1 53 docx The
235. rk Optimisation based on Drive Tests csv l Help F1 Please select below the desired option and its associated parameters as appropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 2 I oristrile 4 DT 2nd File GPS Latitude WGS84 gt Lat _ 21 Jul 2012 10 45 30 7 42905 43 7414 GPS Longitude WGS84 gt PA 14u 20121045 33 742906 437414 109 435 114 Time Stamp gt TIME_STAMP 21 Jul 2012 10 45 35 742906 43 7413 114 45 8 6 108 HAE 21 Jul 2012 10 45 38 742908 43 7412 109 422 75 Spatial bin size m gt 10 JV Perform Spatial Binning 21 Jul 2012 10 45 41 7 42898 4374118 109 38 8 114 21 Jul 2012 10 45 44 7 42893 4374115 114 42 5 T 35 Drive Test Optimisation 21 Jul 2012 10 45 46 7 42888 43 7411 114 44 4 6 35 21 Jul 2012 10 45 49 7 42883 4374107 114 41 8 B 109 otal Frequency Layers 4 21 Jul 2012 10 45 51 7 42882 437410 35 47 8 1 20 21 Jul 2012 10 45 54 7 42876 437408 35 525 1 20 i Bare 21 Jul 2012 10 45 56 7 42869 43 7409 35 537 1 90 ee n 21 Jul 2012 10 45 59 7 42859 43 7408 81 531 114 IntraGSM 2G 2G 7 2950 590MHz 21 Jul 2012 10 46 01 7 42853 43 7407 90 54 2 35 21 Jul 2012 10 46 04 7 42844 43 7406 35 572 1 90 21 Jul 2012 10 46 07 7 42832 43 7405 72 56 8 3 98 v Perform only IntraGSM 2G 26 analysis 21Juk201210 46 09 742822 4374052 90 611 114 Im select only 36 36 Intra Frequency case 1 21 Jul 2012 10 46 12 742811 4237
236. rposes some of them are recommended to be used by the user for the purpose of storing specific data some of these folders are used automatically by the tool when generating different reports 088 Page24of 183 wwwaagileto com agileto Agileto_Help_V1 53 docx The purposes usage meaning of these folders and their associated files are presented below as following Audit SanityCheck gt directory where the tool is storing the reports and the output files after the 3G 2G Audit amp Sanity Check is performed M2 1 outputs e Ex OMC ATT 20110325 gt it is an output directory generated by the tool with the module M2 1 by using as input the OMC 3G snapshot file OMC_ATT_20110325 xml Call_Traces gt directory related to the network optimization 3G 3G 3G 2G neighbors analysis proposals gt M4 2 amp M4 3 based on Call Traces containing e CT files gt directory where it is recommended to be stored the Call Traces xml tab files directories Input data for M4 2 e CT Optimisation gt directory where the tool is storing the output reports for the network optimization based on Call Traces M4 2 outputs e CT PSC Det gt directory where it 1s recommended to be stored the Call Traces txt file containing PSC detected Input data for M4 3 e CT_PSC_Det_Optim gt directory where the tool is storing the output reports for the neighbors optimization based on PSCs detected M4 3 outputs Drive_Tests gt directory
237. rt Exit About wan agileta cam Help 32837790 Current Time B DcrZITT 01 23 04 31 After pressing OK button the main Agileto window occurs with the old red dot changed now into a green dot meaning that a valid licence 1s running for 31 days Observation Agileto BASIC Licence is the first type of Licence that a user may get On Line After you have got a BASIC licence you may select anytime to Get the ENHANCED Licence On Line if there is an agreement between you and the Agileto Sales Team or you are qualified for a special Agileto promotion claming for such of ENHANCED Agileto Licence B Get Licence Off Line In case you select to Get Licence Off Line then you will get the following window prompting to select which tupe of operation you would like to perform like below Agileto gt Get Licence Off Line f Export Ehe Licence File Cancel t Import the Licence File RN Page 12 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx Initially please select the first option Export the Licence file and then push OK You will get Agileto gt Licence Information Please enter your Name and Surname to be used For the Licence File Cancel Fill the Name and Surname with your relevant information and then push OK You will get then the next window asking for the path location where you want to save your Agileto exported licence file Please select location where to save Exported Ag
238. rt file These files have csv formats and usually are provided as outputs of the modules M3 1 or M3 2 They contain the 3G 3G and 3G 2G neighbors declarations to be imported into MapInfo In case they are open in Excel they should look with the formats like it will be presented below The file structure and formats associated to these files is as it is presented into the next screenshots 3G 3G Neighbors file the structure is identically with the first five 5 columns presented into MapInfo Neighbors export file see above N ag ileto W225 3j WoT fod 21 W53396 11 WAO5s0_ 31 WilS3b 11 W535b 11 53941 31 AWA22B58 21 Wo 70 11 Wool fod 27 513 b13 b13 b13 b13 h13 b13 b13 613 513 sib11AndDch 513 sib114ndUDch 513 sib114ndUDch 513 sib11AndDch 513 sib11A4ndUDch 513 sib114ndUDch 5h13 sib11A amp ndDch 513 sib1T AndDich 513 sib114ndUDch 513 sibl1A amp ndDich Page 179 of 183 www agileto com Agileto_Help_V1 53 docx above N agileto GB4BB 1 GB534 2 GE488 3 G34157 2 G34150 3 G5B47 1 613 613 613 613 613 613 Page 180 of 183 3G 2G Neighbors file the structure is identically with the first three 3 columns presented into MapInfo Neighbors export file see www agileto com Agileto_Help_V1 53 docx External Neighbors declarations file These files may be provided as inputs to the module M3 3 MapInfo Neighboring tool when OMC 3G configuration files are not available in order to
239. rts and proposals will be as closed as possible to the reality gt very high level of confidence into the final results 2 The associated costs related to this method are practically ZERO compared with the traditionally way of performing the neighbors optimization based on the drive tests by comparison the drive tests involve usually high costs and they are time expensive in order to produce post process and analyze them they may not even collect the data statistically properly comparing with the real traffic distribution over the network gt the final decisions may not be optimized for the real network 3 The human resources work force allocation for this task 1s practically ZERO if we compare again with the traditionally drive test method The tool is processing by itself all the inputs data based on intelligent algorithms and is generating the output results as a sum of actions corrections to be performed into the 3G network like adding removing specific neighbors gt ready to be implemented straight into OMC EUN Agileto E Start Exit About WAL agileto corm Y5 35 622 Choose Start option and after this module M4 2 5 Agileto IN Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim kpIs Licence ENHANCED 37 4 Neighbors Optimisation audit amp proposals 4 1 Neighbors Optimisation based on Drive Tests csv 4 14 C 4 3 Neig
240. s sheets Agileto s reference database may be updated anytime together or separately in single many steps according with the data available included into the input sources 2 Agileto tool is pointing always automatically to its default reference database file Agileto Working Path Agileto ProjectName MobileN W_Config MobileNW_Config xls during the time of running all its modules By splitting the working activity on different projects it will be always a dedicated Agileto s reference database file MobileNW_Config xIs associated to each project 20088 age 350f 183 www agileto com agileto Agileto_Help_V1 53 docx Obs ProjectName gt It 1s the name of Agileto s Active project name gt this is the consequence of the new concept of working on different projects introduced since Agileto engine version 36 685 200088 Page360f 183 www agileto com agileto Agileto_Help_V1 53 docx 1 2 Generate MapInfo amp GoogleEarth 3G amp 2G cells sites objects EU Agileto PRI E3 Start Exit About Www agileta cam YS 3b 702 Choose Start option and after this module nr 1 2 Agileto E Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh vizual Neigh Optim KPIs Licence ENHANCED 87 1 Database amp GIS 1 1 Generate amp update Agileto reference database 3G amp 26 V1 50 C 1 3 Network boundary gt Border Cells detection gt
241. s they are presented below 3 Agileto M3 1 V2 81 gt OMC snapshot xml txt lt gt MapInfo GoogleEarth Converters Please select the option desired to continue MapInfo Delta Neighbors format csv gt OMC xls MapInfo Neighbors export File cov File 20 Agileto 4T11MaplnfoMeigh_MI_ Delta Export 4TT_Maplinfo Neighbors Delta Export_ 0110325 cs Browse C OMC Snapshot xml txt gt MapInfo GoogleEarth Neighbors format csv kmz BE OME snapshot File xml or xcm UTRAN 36 xml ar xcm File CH Agileto ATT OMc 36_Snapshots OMc_ATT 20110325 xml Browse Page 67 0f 183 wwwagileto com Agileto_Help_V1 53 docx Select the desired option then press OK button This module supports two main different options as following Case 1 gt MapInfo Delta Neighbors format csv gt OMC xls This case is used to convert the neighbors changes performed visually in MapInfo exported as csv format into a suitable format xls capable to be imported directly into OMC Case 2 gt OMC Snapshot xml txt gt Maplnfo Google Earth Neighbors format csv kmz This case is used to convert the neighbors declarations 3G gt 3G 3G gt 2G existing into 3G OMC Snapshot file into a suitable format csv capable to be imported into MapInfo in order to represent visually these neighbors relationships By using the Case 2 the neighbors declarations 3G gt 3G
242. senting how many times the combination Cell Source Cell Target has been detected during the entire time while the drive test was performed The columns are presented into the final report from the left to right as following e Cell Source details RNC LCD CellName PSC EcNoAvglMinIMax DistAvglMinIMax gt similar fields are for 2G cells corresponding to the analysis case 2G 2G e Cell Target details A Page 107 0f 183 www agileto com agileto Agileto_Help_V1 53 docx RNC LAC for 3G 2G analysis LCID CellName PSC ARFCN EcNo RSSIJAvgIMinIMax DistAvglMinlMax e Cases detected between Target cells with wrong PSC BCCH planning allocation e Source Target combination with different parameters status as following o Distance Source gt Target and reverse T gt S Inside Beamwidth evaluation Number of Occurrences detected and the associated weight in percentage Existing as neighbor declaration Yes 1 No 0 evaluation Source Number of Neighbors declared detected sibllandDch flag allocations For the 3G 2G and 2G 2G cases there are presented the number of cases when BSIC was decoded verified properly especially if scanner device is used The last columns present the new Priority allocation proposal based on the Drive Test measurements data as well as the info related to the Neighbors Status as Detected Missing LI NotDetected O O OQ O When the weight represented by the number of occurrenc
243. sis 20110411 Eo view Ehem in Google Earth use Ehe module 1 4 As output three types of the Call Traces analysis reports are provided as following 1 Call Trace analysis regarding 3G 3G neighbors optimization 2 Call Trace analysis regarding 3G 2G neighbors optimization 3 Call Trace analysis regarding 3G Over shooters cells summary conclusion regarding the Call Traces Network Optimisation method The results of this method are provided into three main outputs directly into the generated reports including all the necessary changes to be performed into the 3G network in order to optimize the neighbors declarations detect and correct the overshooters cells to improve the KPIs general performance as following A The new Network Neighbors Proposal final optimized configuration B All types of the neighbors optimization changes to be performed as following 1 Neighbors to be deleted 2 Neighbors to be added 3 Neighbors to be changed priority and or sibl landdch usage C Detected Overshooters cells All the neighbors changes proposals mentioned above are provided for each type of the neighbors declarations as following a 3G gt 3G Intra Frequency b 3G gt 3G Inter Frequency c 3G gt 2G Inter RAT RN Page 137 0f 183 www agileto com agileto Agileto_Help_V1 53 docx To Remember All the three main outputs presented above Proposals Changes Overshooters are generated in csv tables files as well as they
244. source cell Therefore there is not at all important the source which provides the set of the PSCs detected as all of them can be processed identically This module is taken a particularly format related to the list of the PSCs detected but other formats can be easier converted to this particular format and further the post processing process remains the same The format regarding the PSCs detected is described into the Annex named PSCs detected file format This is the format related to the File 6 see chapter Before you start Agileto Start Exit About WAAL agileto cam WS 35 622 Choose Start option and after this module M4 3 Agileto I Select below RF Optimisation Section amp Module DB amp GIS Audit amp Optim Neigh Vizual Neigh Optim kprs Licence ENHANCED 87 4 Neighbors Optimisation audit amp proposals C 4 1 Neighbors Optimisation based on Drive Tests cev gt 44 14 C 4 2 Neighbors Optimisation based on Call Traces xml gt 3 26 gn Agileto Working Path ange 3 C Agileto p Agileto gt www agilete cam Projects ABE 2010 All rights reserved Cancel OK Management ATT email salesimagileto com Page 1S00f 183 www agileto com Agileto_Help_V1 53 docx Choose OK and you will get the following window Agileto M4 3 V2 7 gt Neighbors Optimisation based on PSCs Detected txt Please select the option desired to continue Neighbors Optim
245. ss may be the result of its completion based only on visual mobile network representation even eventually improved with the limited info which may come from limited drive tests which cannot be statistically representative 20088 page 139 0f 183 www agileto com agileto Agileto_Help_V1 53 docx In order to have the better idea about the progress and status of this module there is displayed a progress bar like presented below presenting the level of the percentage completed together with different other associated details very usefully for large numbers of CT amount of data which may lead to an important processing time to complete Notice The similar type of the progress bar like below 1s displayed for all the others modules of this tool Agileto M4 2 gt Overall progress of all sub processes related to this module 4 6 gt 67575 E A 4 Loading CT Files xml gt Data still to process 23799 3 25216 8MB zh 19m 555 Estimated End Time 06 17 30 03 49 14 Start Start time related to Order number and the It is presented the total size of the remaining Estimated End Time ongoing process name related to ongoing CT xml traces files still to process and the related to ongoing task process task associated estimated required time process task There is a second progress bar like it is presented below showing the summary progress and the post processing status for each CT xml tab file to be loaded rela
246. sta gal at a deeds dde 15 May 2012 11 25 5 45 757 48425287 64 5519999981 88 78500356 15 May 2012 11 25 5 45 757 484252 64 5 926000118 88 51999664 RSSIMin dBm 100 Top X E y 15 May 2012 11 25 5 45 757 4 94253 64 6 995999813 90 98000336 G5M To be represented 15 May 2012 11 25 5 45 757 484253 64 6 237999916 90 14499664 fg SE neighbors lines have variable Radius Km Por 15 May 2012 11 25 5 45 757 4 94253 64 7 039000034 91 81999969 widths up to nr of occurances Reference 3G F1 15 May 2012 11 25 5 45 757 484253 64 7 742000103 32 80500031 1A hd ao 01 2 11 25 5 AR 757 A QADRI CA EEANNNNAA 99 q2nnnn 1 IV Display into GE movie ActiveSet_RePlay the summary info for each point v gt Cancel o Drive Test 1st File Exp F1 Agileto csv Iv Export Data Drive Test 2nd File SCANNER 2G TOP6 csv Y Generate Google Earth files VW Generate MapInfo files NM Spatial Binned Both Drive Test options mentioned above Analysis and Optimisation are providing summary statistics about the drive test performance with output representations for each point of the drive test into MapInfo amp Google Earth as following e Total duration of the drive test 100 Total duration of the drive test without GPS information x46 Total duration of the drive test without scanner mobile data information y Total duration of the drive test in static position no mobility detected z96
247. store all the KPIs files as inputs for the M5 1 Generate MapInfo amp GoogleEarth cells sites objects based on KPIs values MapInfo gt directory related to the representation in MapInfo of the 3G amp 2G mobile networks their associated 3G gt 3G amp 3G gt 2G Neighbors e 2G gt directory where the tool is storing the 2G MapInfo Sites amp Cells tables automatically generated amp stored here by M1 2 amp M5 1 e 3G gt directory where the tool is storing the 3G MapInfo Sites amp Cells tables automatically generated amp stored here by M1 2 amp M5 1 RQ Page250fl88 www agileto com agileto Agileto_Help_V1 53 docx Drive_Tests gt directory where the tool is generated for each study case a directory representing the output of the files resulted after the Drive Test Analysis Optimisation activity in MapInfo specific format gt M4 1 outputs Neigh CT MI gt directory where the tool is generated for each study case a directory representing the output of the files resulted after the Call Traces Analysis Optimisation activity in MapInfo specific format gt M4 2 outputs Neigh_DB gt directory where it 1s recommended to be stored all the external neighbors definitions files 3G 3G 3G 2G 2G 2G gt Input data for M3 2 Neigh DB MI gt directory where the tool is storing the neighbors generated in MapInfo format having as input external neighbors file M3 2 outputs Neigh MI Delta Export
248. sv IV Generate Google Earth Files Generate MapInfo files erm v nera gle Earth Fil 7 nerate MapInfo Fil v Spatial Binned Cancel Example of the case Drive Test Optimisation Page 88 of 183 agileto www agileto com Agileto_Help_V1 53 docx EN Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv x un Help F1 Please select below the desired option and its associated parameters as appropiate C Drive Test Analysis Drive Test Optimisation Preview of the Drive Test data file 1 I oristrie 7 DT2ndFile GPS Latitude WGS84 gt Latitude ToP 1 SC TOP 1CPICH Ec No TOP1CPICHASCP 4 E 15 Map 2012 11 25 3 45 757 4 84250 6 313000202 90 53099823 GPS Longitude WGS84 gt Longitude m May 2012 11 253 45757 4 94250 4 7362999916 91 66000366 Time Stamp gt Time y 15May 201211 25 3 45757 484250 64 6 234000206 87 85900116 m 15May201211 25 4 45 757 484250 64 5 477000237 89 35199738 Spatial bin size m gt 10 m HE Perform Spatial Binning 15 May 2012 11 25 4 45 757 48425072 64 6977000237 89 61699677 i anan 15 May 2012 11 25 4 45 757 4 9425072 64 8 87100029 93 08999634 Drive Test Optimisation 15 May 2012 11 25 4 45 757 4 84250 64 9 758000374 94 08599854 15 May 2012 11 25 4 45 757 4 94250 64 7 977000237 92 43000031 otal Frequency Layers 4 15 May 2012 11 25 4 45 757 484250 64 7 070000172 91 30500031 15 Ma
249. t and the information presented into the sheets Neighbors and Overshooters will be presented later on In order to see the output results in MapInfo and or Google Earth you may use the module M1 4 as per below by selecting the right options as per desired Agileto M1 4 V1 11 View Active database MapInfo GoogleEarth represen at x Help FL Please select below the desired option to continue C View Agileto Active Project Network database 46 3G 2G View Mobile Networks 45 3G 2G C View Mobile Network KPIs gt M SG OR M 2G Cancel C View Mobile Network Neighbors in Google Earth Neighbors directory ie View Drive Test outputs plots in MapInfo or Google Earth DriveTest directory Binl m Scanner 3G Fl 3G3G F1F1 Load Audit results v Load Main Optimisation results Load Cells Coverage results MapInfo Output M Google Earth It has to be remarked that there are three options which may be selected when seeing the output results in Google Earth as following e Load Audit results gt This option will load into Google Earth the file named Drive Test Audit kmz which contains inside multiple information regarding o GPS Invalid Static SQ age 106 0f 183 www agileto com agileto Agileto_Help_V1 53 docx o Measurements Source Target Invalid o ActiveSet RePlay GE tour movie e Load Main Optimisation results gt This option will load the file
250. tabase 3G 26 gt 41 56 C 1 2 Generate MapInfo GoogleEarth 35 26 cells sites Objects gt 42 96 C 1 3 Network boundary gt Border Cells detection gt 42 72 C 1 4 View Active database MapInfo GoogleEarth representationts gt 41 11 Agileto Working Path D Agileto Agileto gt www agileto com Projects EI E 2012 All rights reserved Cancel IN Ii nent WO PROJECT SELECTED email sales agileto com a M You can change Agileto Working Path that means the directory where all the Agileto Projects each Agileto Project has its own folder will be stored This path is stored internally by the tool as the reference Working Path of the tool In case this path doesn t exist on your PC then the path will be displayed with red color like into the above picture D Agileto If the path already exists on your PC then it will be presented with green color In order to change Agileto Working Path you need to press the Change button from the above picture Then answer and follow the indications provided by the tool As provided into the example mentioned above you need to select a valid Agileto Working Path as the current path stored into the tool D Agileto is displayed with red color that means it doesn t exist This case please choose a valid path by pushing the Change button and a dedicated window interface see below will ask you to select the desired path 20088 Page2lof
251. te a summary Audit amp Sanity Check for all the 3G cells existing into 3G Network During the execution of this module the following 3 tasks are performed additionally 1 Agileto 3G database is updated automatically with data from the 3G network OME database 2 Agileto 26 database is updated automatically with data from the 26 network ORC 2G export file if selected 3 26 GSMCells WO file is provided to update the 36 network OME database with the data from Agileto 26 database s output data there will be generated mainly 5 files as following 3G FODCell_ SanityCheck ALL 3G FODCell summary Audit amp Sanity Check 3G 3G MewlInfo amp dded New Info Added to originally 36 36 Neighbor List 36 26 NewlnftoAdded New Info Added to originally 3G 26 Neighbor List AWO is generated for all 2G cells necessary to be updated into 3G Network 2G cells declared into 3G OMC snapshot and not into 4gileto database cn E w M e Choose OK Agileto M2 1 W4 35 gt OMC snapshot xml tet gt Audit amp Sanity Check Do you want to include into the results the Border Cells evaluation Yes gt More added value information but requires much memory usage amp post processing time Ma Requires less memory usage amp post processing time Choose Yes or No according with your needs When the module completed the calculations the message below will be displayed Agileto M2 1 4 35 gt OMC snaps
252. tection as overshooters visually planning tools drive tests antennas down tilts proposals should be provided as appropriate FINAL CONCLUSION Like it was already mentioned since the beginning of this chapter the efficiency and the network optimization performance obtained by using this method is very high as the human resources work force allocation for this task is reduced to the minimum practically to ZERO if we compare with the standard drive test method involving a lot of the money spent and time consuming On another side the final results are much more accurate comparing with the traditionally drive test method because the Call Traces are using the real signalization data from the real mobile network customers in time that the drive test may just collect partial data that may not be always customer representative As a general conclusion this method is highly recommended to be used and maintained regularly into the mobile network optimization process SQ e Pagel880fl83 www agileto com agileto Agileto_Help_V1 53 docx Additionally this method is mandatory to be performed as the first step especially when new features are going to be tested into the mobile networks on specific clusters in order to avoid the abnormal KPIs results which may be generated just due to the poor neighbors optimization allocation process and the presence of an important number of overshooters the poor neighbors optimization allocation proce
253. ted to all CT traces detected as inputs Calls Traces CT xml loading progress 56 673 875 E AAA Start Time 03 58 08 2 56 RHCCN RNC 350148 1 134447 4 0200 xml gt 61 3M6 Estimated End Time 03 59 30 Start time related to Order number and the It is presented the total size of the Estimated End Time ongoing CT xml name related to ongoing ongoing CT xml file to be post related to ongoing processing file CT xml processing file processed CT xml file The next screenshots will present some examples for each type of the three above mentioned Call Traces analysis reports N Page 140 of 183 www agileto com agileto Agileto_Help_V1 53 docx Example of 3G 3G Call Trace Neighbors Optimisation analysis report Part 1 14 15 z M EE E v Y ES E Bi y B La hd ARE Ur FO Total Neighors Nob TandDch details IntraFr 10 10 Inter r 2 2 o ee ge a trader Cre ALA etn 35531 33581 TRUE TRUE sibTTAndE eib11 AndE 28408 27694 TRUE TRUE sibl1iA ndE sib11AndE 18017 18854 TRUE TRUE sibl AndL sibl AndE b45 5837 TRUE TRUE sibl1iA ndE sibf1AndC 2642 2646 TRLIE TRUE siblt AndL eil ndE a hola lalola Ira 10m 480 sib11AndE sfb11AndE 389 ibd 1 Anal 399 0 209 187 y 24 115 18 100 72 l sib VAndC sibt 1AndC are retrieved from the sna ade of sese EcNo Avg Min Max icti12nd siot Ande Na
254. ter TOP 1 EcNo ve Te amp ME T6 greater 6 5998 42 5 Driv ve Test Parameter TOP 1 EcNo e 4 P b E Ke Agileto Qal el gt 34 Optimisation A L gt Layers Earth Gallery gt gt IEEE NY F Conclusion The Drive Test Parameter selected and presented into the previous examples related to this option Drive Test Analysis was the TOP_1_EcNo but any other drive test parameter exported from the general drive test file Ex RSCP Throughput VAN speed Voice MOS etc may be mapped into MapInfo and Google Earth SY Page 95 of 183 www agileto com Agileto_Help_V1 53 docx environments following the same principle It will be necessary just to choose as inputs the right thresholds ranges values and the appropriate Legend ascending descending options in line with the parameter selected Ex for the throughput you should select the descending option lowest values gt red points while highest values gt green points while for the VAN speed you should select the ascending option lowest values gt green points while highest values gt red points B Drive Test Optimisation The purpose of this option Drive Test Optimisation is to provide the Network optimization actions with focus on neighbors and pilot pollution overshooters necessary to be performed into the 3G and 2G mobile networks based on the Drive Test measurements data The target of Agileto is to get automatically
255. test files 3G_3G_Test csv 3G_2G_Test csv which will be always copied and stored under the directory Working Path Agileto ActiveProject MapInfo Neigh_OMC MI They may be used as right references formatted 3G 3G 3G 2G neighbors files in case any troubleshooting action is required Choose the desired neighbors csv file and then push OK MapInfo Neighboring tool will take now the immediate control of Agileto software tool like it 1s presented into the picture below this is an example of the neighbors for the case 3G gt 3G QO Page 81 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx MapInfo Professional CosmeticTemp 3G Cells F8 Map E a gt x ES File Edit Tools Objects Query Table Options Map Window Help Neighbour Tool J EE ej o AS Open Meighbour Table Export Delta File Browse Delta File Count Neighbours Show Neighbour Distance gt er o xl Type 13G 3G E Cell W55478 11 Number of Neighbours 12 Number of Reciprocals 17 Number of sib11AndDch Neells 12 s You will notice in MapInfo on the right top main menu a new menu named Neighbour Tool like into the above picture There are now available new icons see on the above picture and on the below pictures in focus to be pressed which will allow the user to execute the following neighbors operations e Show Neighbors e Add Neighbors e Remove Neighbors CN ES A fa lz eM ES
256. tion SOFTWARE PRODUCT By installing copying or otherwise using the SOFTWARE PRODUCT you agree to be bounded by the terms of this EULA IF vou do not agree to the terms of this EULA do not install or use the SOFTWARE PRODUCT You have to select the license file which you ve got back from the Agileto Sales Team that should be imported and then push Open button Please select Agileto Licence file sm oe OTA XK OE B E Agileto_Licence_W3 0_01 10 2010_Mame_Surnarme txt 2 E Agileto Licence 3 0 01 10 2010 Mame Surname MewLicence 31Decl bxk My Recent Documents 1 Desktop My Computer Pu Open My Network Places Files of type Text Files txt J After the successfully import of the license you will receive a confirmation message window like it is presented into the next picture Push OK 20088 Pagel4of 183 www agileto com agileto Agileto_Help_V1 53 docx Agileto gt Licence Information Congratulation The Licence has been succesfully loaded Licence MaxMr Multillsers 1 Licence Expiration date 02 01 2012 The next window will present the Full Licence details You will get then another window containing the summary details of the Licence that was given to you ENHANCED and it was just imported successfully see the picture below Agileto gt Licence Information V3 35 Licence alidation True Licence Remaining days 87 OK Current Date 05 10 2011
257. to s projects already created in advance each Agileto project folder contains a number of standard subfolders like they are presented into the picture below they are generated automatically by Agileto tool when a new project 1s created Page 23 of 183 agileto www agileto com Agileto_Help_V1 53 docx B Wr C M piletoMATT File Edit View Favorites Tools Help Ed Back gt d ya Search e Folders Hae SES Folders x Name Ej See WinkP C Drive_Tests E Agileto 5 Call_Traces aS C MobileNw Config 5 Audit SanityCheck MapInfo OMC ATT 20110325 GoogleEarth 3 5 Call Traces G OMC_Snapshots CT Files KPIs 5 CT Optimisatian Audit _Sanitycheck CT Analysis 20110411 CT PSC Det 3 CT PSC Det Optim 3 5 Drive Tests DT Measurements Sy DT Optimisation 3 5 GoogleEarth 2 3G 4 men Drive Tests 5 Neigh_GE 5 KPIs E 5 MapInfo e 2G e 36 4 Drive Tests ES Neigh CT MI 5 Neigh_DB 73 Meigh DB MI Lj Meigh MI Delta Export 3 Neigh MI Delta OIMcC Neigh OMC MI Sl 5 MobileNw_Config 5 3G amp 2G Config Others O MabileN W Config Mew Mobile External DB 2 OMC 2G Export 5 OMC_Snapshots C COSMOTE 5 DEMO E3 DEMO PROJECT si Xu 6 objects Disk Free space 62 7 GB O bytes E My Computer All the folders presented above are automatically generated under each project folder and they are going to be used during the usage of the tool for different pu
258. to 2G network These files can be provided into csv or xls formats but if they are open in Excel they should look like into the screenshot below 1 d 4U401 200 E 4 34 Brantford Estate 1 3 23312 205 b 5 3d Noord 2 4 253 3 211 E 4 31 Paarlom 3 5 48515 203 2 13 Waalomberg_1 z BUGS 202 fi 0 SU City Offices 2 El 25191 02 5 4 34 Mutual 1 E BOBS 254 Fl 40 Club Mykynes_ 1 g 20942 204 1 4 51 Preekstoel 2 10 61011 210 4 38 Stellen 1 11 20902 208 E 3 40 Baview 2 The names of the columns and the order how they are detected into this file are not important as the right association between the columns may be selected during the running of the modules M1 1 or M2 1 when these files may be used as inputs The mandatory type of the columns to be exported from the 2G OMC are e GSMCell_ID LAC bcc ncc bechFrequency The last field Cell_Name is not mandatory but it is highly recommended to be provided if available in order to have a better association detection between the 2G cells by using their Cell Names instead of their CID N Page 177 of 183 www agileto com ag eto Agileto_Help_V1 53 docx MapInfo Neighbors export file This file is a csv file exported from MapInfo while working with the module M3 3 MapInfo Neighboring tool This file contains the neighboring changes performed visually in MapInfo Additions and or Removals If the file is open in Excel it should look like the screenshot presented be
259. to represent the sectors of the cells centered on their azimuth angle Generate Cell Radius proportionally with its KPI value e fitis desired to represent the cells radius variable proportionally with their KPIs value then this field should be ticked selected Legend e Up to the type of the KPI it will be selected KPIs ascending or descending color order gt the difference between these two 2 settings 1s reflected in which color is associated to the minimum KPI value green or red e Should be setup the four 4 thresholds ranges intervals in order to establish the association between the legend color and the KPI value SQ e Pagel570fl83 www agileto com agileto Agileto_Help_V1 53 docx Generate dedicated 3G 2G KPIs layers e If this field is ticked selected then the MapInfo amp Google Earth layers generated for the KPIs representation purposes are dedicated only for this purpose in contrary case un ticked then the default MapInfo amp Google Earth 3G 2G cells layers tab amp kmz files used for the general representation of the 3G 2G network s and for the neighboring purpose too are overwritten with the new layers generated for the KPIs MapInfo amp Google Earth purpose representation Each time when a new set of KPIs is re presented in Google Earth the KPIs legend presenting the network type 3G or 2G the KPI name Ex CS CDR and the thresholds used together with their associated colors 1s displaye
260. ts settings parameters used for post processing the data are recorded as well as the all the CT xml tab files processed as input data some additionally info for each CT xml tab file 1s appended to this info as well as the validation for each CT file like into the screenshot presented below 2 0r 5 7 8 EE IS AE E CE Ro A gt gt EM gt EE 51882 550060_U0_FO gt Total Neigbars sibllandDch details IntraFr S 5 InterFres 3 InterRAT 6 9 Total 16 16 Sum gt AllAdd Intra Inter Frsb U AllDet D 51882 51881 27 26 0 FS D 75 TRUE TRUE siblTAndD sib11 amp ndL 3 4 h1882 5188 Di Di 0 13 4 0 19 4 TRUE TRUE sibl14ndC sib114ndC E Di 51882 51538 z 2 O 5 6 0 5 6 TRUE TRUE sib11AndC sib11 amp ndL B B 51882 51882 O 11 0 0 0 TRUE TRUE h1882 61700 TRUE FALSE sibl1AndL sib11AndC 4 3 51882 13197 TRUE FALSE sibl1AndL sib11AndC f 15 51882 64001 FALSE FALSE sibllA4ndDch h1882 64002 FALSE FALSE sibll4ndDch 1 FALSE FALSE sibl AndE sib11AndE 5 21 100 2 35600 Aglleto gt www agileto com 2010 All rights reserved support agileto com M4 2143 11 gt Neighbors Optimisation based on Call Traces xml User Login Admin Run Time 0Jun 010 05 15 16 03 16 05 49sec Minimum desired percentage 95 for Intra Freq S gt T combinations detected 0 05 Minimum desired percentage 55 for Inter Freg S gt T combinations detected 0 50 Is 9656 Intra Freq
261. ue Drive Test Input Type 36 36 IntraFrequency Network Optimisation based on Drive Tests csv Drive Test measurements File scanner mobile csv File C Agileto ATT Drive_Tests DT_Measurements E xp_F1_Agileta cev Browse 2nd File Bee OM 36 46 snapshot File xml or crm gt UTRAN LTE xml or D SAgiletas amp T TO MD SnapshatssSnapshot 20100611 rnl Select Neighbors csv File insted of OMC File Cancel Don t select any Neighbors reference file xcm File gt The csv file should be File 4 See Before you start containing the Drive test measurements data scanner mobile measurements data For more details about the structure of this file please see the Annex named Drive Tests measurements scanner mobile file gt OMC 3G snapshot file contains the 3G 2G network configuration details and may be obtained in different formats xml xcm txt up to the 3G vendor File 1 see chapter Before you start Please notice that you may provide as input the second 2 Drive Test file by selecting this option 2 File into the above window see an example below EX Agileto M4 1 4 64 gt Network Optimisation based on Drive Tests csv Help F1 Please select the desired option to continue Drive Test Input Type 36 26 InterHAT Network Optimisation based on Drive Tests csv Drive Test measurements File scanner mobile csv File L SAgileta sS TT
262. use them to generate MapInfo Neighbors input files There are many options how the neighbors data can be provided as following A In case of 3G 3G neighbors declarations the configuration and structure of the data file may be resumed to the following information e Source 3G Cell a localCellId or b RNC ID Cell ID e Target 3G Cell a localCellId or b RNC ID Cell ID Below it is provided as example a representation in case of the 3G 3G neighbors only data from the yellow background is mandatory D The priority of Indicator MT neighbor cell 215 36037 215 J600 I TRUE 1 215 36037 215 J600 Uo TRUE 2 215 36037 215 abo UO TRUE 3 215 36037 215 30560 OU TRUE 4 415 36037 215 39561 l TRUE 5 215 ab 75 215 ab Tb O TRUE 1 215 36775 215 36756 O TRUE The header columns names and the order how the columns are organized into the file are not important mandatory Page 181 0f 183 wwwaagileto com ag eto Agileto_Help_V1 53 docx B In case of 3G 2G neighbors declarations only the following data columns should be provided as mandatory e Source 3G Cell a localCellId or b RNC ID Cell ID e Target 2G Cell 2G CID C In case of 2G 2G neighbors declarations only the following data columns should be provided as mandatory e Source 2G Cell 2G CID 2G source cell e Target 2G Cell 2G CID 2G target cell Page 182 of 183 www agileto com agileto Agileto Help V1 53 docx Agileto Contact Details
263. user may explore Agileto with limited capabilities e Agileto ENHANCED Licence gt This licence has support for minimum one 1 vendor 3G equipment has access to all Agileto s modules it may be customised which module to have access or not and its validity period of time is established as an agreement between the user and Agileto Sales Team A Get Licence On Line In case you select to Get Licence On Line then you will get the following window prompting to select which tupe of Licence would like to get like below E Agileto gt Get Licence On Line le inet the BASIC Licence FREE of charge Cancel E QO Page9ofl83 wwwagileto com agileto Agileto_Help_V1 53 docx If you already have a valid licence then the second option ENHANCED is enabled otherwise you are obliged to get initially an Agileto BASIC licence After pressing the button OK the registration form is open like below and the user is requested to provide his her registration details 4 Agileto User Registration Form Please data fill the fields below in order to register with us Click here ta register Faster and get Agileto Mini Basic Licence valid For only 5 1 days Mame and Surname John Cane USA Country email john Caneyenzonwireless com email confirmation john canecevereanwireless com Phone 1 308 820 7047 Compary Verizon Wireless Positions Title HF Planning and Optimisation Engineer Agileto gt w
264. uxiSzza MA EA S lam y Ete SEE T6 Gite f ws A EcNo 13 1 13 6 12 6 Cell Code W4226 11 at dar passt ed TA a Ga le BUR NE DiKm 313 13 RNC ID 204 ecu A Tx A My de A qu P iet z C E vu30014c Cell Code W682_31 RNC ID 204 e C E v300054 Cell Code W103_11 RNC ID 204 C ES uao027C Cell Code W122 3 RNC ID 204 C ED us00458 y Sal fa gt Layers Earth Gallery gt Drive Test Avg Min Max S Page 125 of 183 www agileto com agileto Agileto_Help_V1 53 docx Screenshot example presenting the GE output when Load Main Optimisation results option is selected AS pop Google Earth File Edit View Tools Add Help v Search Fly To Find Businesses Directions Fly to e g Reservoir Rd Clayville NY FE v Places MA My Places MS Temporary Places Mey MobileNW ATT M s Drive Test Optimisation Bin20m S MESA Agileto www agileto com da Dg ActiveSet Size t a OB Top1_EcNo amp OS Top1_RscCP O Topi CellsCoverage O overshooters 2 tar NB Proposals Md Agileto www agileto com e M Summary Agileto gt 3G Optimisation Tool Pod http www agileto com E amp Cells Cells containing the neighbors C E U31480A Cell Code Ww155 11 RNC ID 204 v30004c Cell Code W102_31 RNC ID 204 E C E v300048 Cell Code W101 21 RNC ID 204 C U30015A E Cell Code W3363_11 RNC ID 204 C E U31521A A Cell Code W22333_11 RNC ID 204
265. ween existing sites The second option Case 2 gt Network level is more suitable for the initially PSCs planning allocation of the new 3G networks in deployment or for the re planning in optimized mode of the PSCs allocations for the existing 3G network or in expansion Up to the currently status of the 3G network initially planning 2 ongoing deployments 1 2 general area of optimization 2 or punctual optimization 1 gt troubleshooting investigation it may be selected the Case 1 or the Case 2 as the best approach in line with the above recommendations The screenshots examples which will be presented below have been marked with Red Green squares presenting the initial optimized PSC allocations RQ Page 64 0f 183 www agileto com agileto Agileto_Help_V1 53 docx Case 1 PSCs Allocation Optimisation at 3G NodeB level To export the optimized PSC allocation at 3G NodeB level data presented into the form just press the brown button and you will get E Book22 ajx eT ERN EENEEEEER Min Pak Distance Optim gt FDDCell Name Inside BW Inside Bi Min Dist Target Target S T T 25 2 Sector 472 450130 UD FO 18995 FALSE TRUE 3 Sectr2 476 120450130 U1 FQ 18997 FALSE FALSE 4 Sectora 4z7 240 450130 U2 FO 10497 FALSE TRUE g Second NENNEN E Case 2 PSCs Allocation Optimisation at 3G Network level To calculate PSCs Allocation Optimised at 3G Network leve
266. ww agileto corn 2010 All rights reserved Lancel Uk email salest agileto com Notice that FALSE registration may break the user acces to this tool and other legal consequenes The user who is just interested to browse the basic Agileto s functionalities for few days up to 5 can perform a faster registration by providing only his her email address but in this case it will be provided with so called Mini BASIC Agileto licence which is in fact a BASIC Agileto Licence with a validity of only 5 days When all the registration fields are datafilled press OK and you get Agileto EULA RN Page 100f 183 wwwagileto com Agileto_Help_V1 53 docx Agileto EULA Terms and Conditions By continue you agreed with the EULA mentioned below please scroll up down to see all the text Do vou agree YES NO Agileto End User License Agreement This End User License Agreement EULA is a legal agreement between il wou either an individual or a single entity the end user and the author of Agileto component Author This EULA permits you to use a single copy or multiples copies of the software product identified above which includes computer software and may include associated media printed materials and on line or electronic documentation SOFTWARE PRODUCT By installing copying or otherwise using the SOFTWARE PRODUCT you agree to be bounded by Ehe terms of this EULA IF vou do not agree to the terms of Ehis EULA
267. x the string DTA_ standing for Drive Test Analysis Ex DTA TOP 1 EcNo This string will be visible as well into the associated Google Earth representations as per it will be presented into the further screenshots ENY Page 91 of 183 agileto www agileto com Agileto_Help_V1 53 docx The last inputs which should be provided by the user are the Legend Parameter values which consist into the definition of the following e Five 5 thresholds corresponding to six 6 Legend colors ranges e The way how the Legend colors are going to be associated to their correlated thresholds ascending or descending Press the OK button when finishing providing all the required above mentioned inputs When the module completes it will display a message like below mentioning the MapInfo and Google Earth paths locations where the dedicated files have been generated saved Agileto 14 1 Y4 54 gt Network Optimisation based on Drive Tests csv x tal Network Optimisation based on Drive Tests cswj has Finished Run Time 21Nov2041 11 28 52 11 29 28 36sec Drive Test outputs in MapInfo and Google Earth have been generated as following Mapinfo Output MI Path CiNAgileta amp TTsPMapInfoasDrive TestepTA TOP 1 Echo File Drive Testwaor Google Earth Output GE Path C S amp giletas amp TTsGoogleEarthsDrive TestesDTA TOP 1 EcNo File Drive Test kmz please notice that you may use the module M1 4 to visualise them
268. y gt 39636 gt Intra Frequency declarations 3 3G 3G Neighbors Demo 3636 InterFro cev gt 363 gt Inter Frequency declarations Eo visualize them in MapInfo please use Ehe module 3 3 B The output Google Earth neighbors File has been generated Path C 4gileto 4TT GoogleEarthi Weigh GE S6 36 Neighbors Demo File Neighbors kmz Eo visualize it in Google Earth please use the module 1 4 case 3G 2G QO Page 77 0f 183 wwwagileto com agileto Agileto_Help_V1 53 docx Agileto M3 2 V1 17 gt Neighbors database gt MapInfo amp GoogleEarth Converters E MapInfo amp Google Earth neighbors generation is completed gt Run Time O80ct2011 03 51 26 03 51 38 12sec A The output MapInfo neighbors Files have been generated Path E Agileto4TT1MapinfoMeigh_DB M1 3G 26_MNeighbors Demo 36 26 Neighbors Deno 3G2G All csv gt 3626 gt Inter R4T All declarations Eo visualize it in MapInfo please use the module 3 3 B The output Google Earth neighbors File has been generated Path C 4gileto 4TT GoogleEarthiWeigh GE SG 25 Neighbors Demo File Neighbors kmz Eo visualize it in Google Earth please use the module 1 4 The esv files generated as output of this module M3 2 may be used as inputs for the module M3 3 into the same manner like the output files of the module M3 1 Case 2 All type of the neighbors 3G gt 3G and 3G gt 2G and 2G gt 2G are generated spatially 3D in Google Earth as t
269. y 2012 11 25 4 45 757 484251 64 6 664000034 91 06999969 dais ces E 15May201211 25 4 45 757 48425119 64 6 570000172 89 66400146 3 10688 2137 6MHz 15 May 2012 11 25 4 45 757 48425119 64 6 507999897 89 58599854 7 2950 590MHz 15 May 2012 11 25 4 45 757 484251 64 6 054999828 88 86699677 15 May 2012 11 25 4 45 757 484251 64 6 176000118 89 11299896 l 15 May 201211 25 4 45 757 484251 64 6 565999985 88 48799896 Perform only IntraG5M 2G 2G analysis 15 May 201211 25 4 45 757 484251 64 6 159999847 88 44100189 a 36 36 Ine Freue PS TT 15May201211 25 4 45757 484251 64 7 176000118 89 98799896 15 May 2012 11 25 4 45 757 484251 64 6 77699995 88 8710022 Neighbors analysis will be triggered by RSCP and NOT by EcNo values 15 May 2012 11 25 5 45 757 4 84251 64 6 742000103 83 21033854 15 May 2012 11 25 5 45 757 484251 64 6602000237 88 91 4001 46 EcNoMin dB 20 3G Frq Layer 15 May 2012 11 25 5 45 757 484251 64 6 120999813 89 15799927 Source 15 May 2012 11 25 5 45 757 48425182 64 6 065999985 89 45700073 RSCPMin dBm 115 15 May 2012 11 25 5 45 757 48425182 64 6320000172 88 97699738 15 May 2012 11 25 5 45 757 48425274 64 6 625 90 06300354 Active Set Delta dB nrBS Source 6 15 May 2012 11 25 5 45757 4842528 64 6 179999828 89 28900146 dpud navel OM 21 288 45 797 a Gl ECHOING O 45 000653 T ee ay oho J 4 5 83 e
270. y selecting and making the right column correspondence for the following fields e cellid Rncld or e localCellId The 2G cells Source and or Target can be unique identified by selecting and making the right column correspondence for the following field e cellld Optionally if this info is available you may provide the specific neighbors information regarding the sibllorDch an Priority allocations If it is desired to generate the neighbors for Google Earth too then you should be sure the Google Earth output is selected check on left bottom of the form Generate Google Earth files with the appropriate cells radius Below it is presented an example for the case of the neighbors 3G 2G NO Page760fl83 www agileto com agileto Agileto_Help_V1 53 docx E pole fois Please select the Neighbors declarations type and their columns associated correspondence RET Agileto M3 2 V1 22 gt Neighbors database gt MapInfo GoogleEarth Converters Neighbors Declarations Neighbors declarations type 3G lt gt 3G or 3G gt 2G or 2G gt 2G Preview of the Neighbors declarations file toca ODS Cel OT sbitOrbchtisage Prorty RnCSawee oos 1111111114 C 3G 3G 3G gt 2G c 2G gt 2G ZE sbiiAndDch sib114ndDch 2 sib114ndDch 3 3G Source Cells Format sib11AndDch 4 sib114ndDch 5 cellId RncId v localCellId sib11AndDch 6 sib114ndDch 7 Source Cells Columns correspondence sb11AndDch a loc

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