Manual DataAnalyzerI
Contents
1. E dataAnalyzer 1 5_10246 movisens GmbH Physiologische Parameter intelligent messen movisen oO 5 El Zeder Bitte w hlen Sie die zu berechnenden Parameter aus Mehrfachauswahl mit Strg Taste 2 Ausgabe Intervall in s 10 z Berechnen 5 2 Selecting a measurement You can select a measurement for analysis by clicking on Source In the opening dialog please select the Unisens File of the desired measurement 10 mene fet Dateityp Alle Dateien v Abbrechen A destination folder for the results is proposed In this folder all calculated outputs will be stored 5 3 Selecting analysis parameters After a measurement was selected all possible analysis outputs secondary parameter and reports are shown The list of analysis outputs is dependent on your licensed modules and the data contained in you measurement You can now select the desired analysis output If you want to select more than one analysis outputs keep the Ctrl key pressed while selecting 11 E DataAnalyzer 1 5_10246 movisens GmbH ioj xj 146 Physiologische Parameter intelligent messen MOVISENS I Alle Datens tze im Quellordner berechnen Studienmodus Trageort des Sensors chest v Quelle E sersVottenbacher Desktop paten 01 Messung Busy Bruce ae Zielordner her Desktop Daten D1 Messung Busy Bruce_result_2012 09 27 10 50 23 K rpergr e in cm 178 Bitte w hlen Sie die zu berechnenden Parameter aus Mehrfach2. Type Secondary parameter Module Energy Expenditure Module Output interval Adjustable Needed measurement data Acceleration Barometric air pressure For each output interval the total energy expenditure is calculated The calculation is based in the estimation of the basal energy expenditure and the calculation of the activity energy expenditure Total energy expenditure Basal energy expenditure activity energy expenditure The unit is kcal d Please check if sensor position age size weight and gender have been entered correctly 23 Name TotalEnergyExpenditure Type Secondary parameter Module Energy Expenditure Module Output interval Needed measurement data Adjustable Acceleration Barometric air pressure For each output interval the MET Value Metabolic Equivalent of Task is calculated The calculation is done as follows MET Total energy expenditure Resting energy expenditure Please check if sensor position age size weight and gender have been entered correctly Name MET Type Secondary parameter Module EnergyExpediture Module Output interval Adjustable Needed measurement data Acceleration Barometric air pressure A PDF report with graphic presentation of the physical activity and the energy expenditure of the person is generated All information of the report ReportActivityPdf is included Please check if sensor position age size
3. 0 95 8 Legal Notes C 1 Mn we ain ar lt s 8 1 Copyright The DataAnalyzer software is protected by copyright Renting exchanging broadcasting duplication or copies are not permitted aimer The material in this manual is for informational purposes only The products it describes are subject to change without prior notice movisens makes no representations or warranties with respect to this manual or with respect to the products described herein movisens shall not be liable for any damages losses costs or expenses direct indirect or incidental consequential or special arising out of or related to the use of this material or the products described herein The DataAnalyzer is not a medical device and is not intended to be used for medical purposes Q 2 O Y TizAaaasvlke Trademarks Windows and Windows XP are registered trademarks of Microsoft Corporation 37 movisens GmbH Tel 49 721 381344 0 Fax 49 721 381344 90 Fritz Erler Str 1 3 info movisens com 76133 Karlsruhe www movisens com
4. Heart rate variability report o ECG derived respiration Electrodermal Activity Module EDA o Skin conductance level o All skin conductance response parameters o Arousal value Depending on your license the appropriate modules are activated Below all analysis outputs are explained in detail For each output interval the body position is output The body positions are coded as follows Body position Coding Unknown 0 Lying supine 1 Lying left 2 Lying prone 3 Lying right 4 Upright 5 Sitting lying 6 Standing 7 Please check if the sensor position has been entered correctly 16 Sitting lying and standing can be differentiated if the sensor is worn at the thigh Name BodyPosition Type Secondary parameter Module Basic Module Output interval Adjustable Needed measurement data Acceleration The acceleration data is calculated for the body axis of the person The axes are defined according to an upright standing person The unit is g Signal name Direction of axis AccDown AccForward AccRight Acceleration down Acceleration forward Acceleration to the right Please check that the sensor position has been set correctly Name AccDown AccForward AccRight Typ Secondary parameter Module Basic Module Output interval Fixed Same as sample rate of acceleration raw data 64Hz Needed measurement data A
5. In the right side of the application windows the necessary analysis parameters A second window is opened Here you can enter and check the analysis parameters for each measurement 13 E AttributeSetter movisens GmbH In the upper left the folder name of the current measurement is shown You can scroll through the measurements by clicking the lt lt and gt gt buttons 2 All your changes will be stored directly in the corresponding measurement data set 14 6 Description of the analysis outputs This chapter describes all analysis outputs that can be calculated with DataAnalyzer The analysis outputs can be grouped into Secondary parameters Reports All secondary parameters are output in the Unisens data format Most of the secondary parameters allow the specification of an output interval These secondary parameters are additionally output into an Excel Spreadsheet Most reports are output as PDF files Some reports are either output as Excel files CSV files or plain text files The analysis outputs are grouped in modules e Basic Module directly included in the DataAnalyzer o Physical activity parameters without energy expenditure o Physical activity report o Mean Heart rate IBI List e Energy Expenditure Module EE o Energy expenditure parameters AEE TEE BEE MET o Physical Activity and Energy Expenditure report e Cardio Module Cardio o All heart rate variability parameters 15 o
6. software mociones 7 4 4 Uninstalling the SoftWare 8 A ttensuawaassavaavaas easeneeneonssuesastete 8 4 6 REISA O aa 8 A 10 5 1 Start of DataAnalyzer nannnssseessennssenssensssnnssunssensssunssenssensssunssenssennsnenne 10 5 2 Selecting a measurement uerrserrssressersssrrsseessersseerssersseresserssersssrerserssersseressersserenser 10 5 3 Selecting analysis parameterS uessernerssseesserrseresseessevessersserssersseeessersseresseessersseer 11 5 4 Adding analysis parameters 5 5 Specifying the output interval nsrrsersseesserssersssressevessressersserssseessersserssseessersseer 12 5 6 Batch Modenu a AAT 13 6 Description of the analysis outputs 6 1 Output parameters of the basic software s nsesserrserssserssersserssseesseessersserssernse 16 6 1 1 Body Positiva 16 6 1 2 Acceleration along the body axis s eeesseerserssseenserssersnseessevesseesseessersseenne 17 Ge 1B O 17 6 1 4 Inclination of body axes nmmnsereserersevsseresseessersseressersseresserssersseressersserssseesserne 18 6 1 5 Movement acceleration unesseneneonnseennssennunsennseenunsennnnsennnsrenersennn 18 A e e e o A 6 1 7 Vertical speed 6 1 8 AY ee 6 2 6 3 6 4 6 1 9 Physical activity report 61 10 Heart A a aaraa 6 1 11 List of inter beat intervals as text file nssrssrssrsserssrsserssrrsrsserssrsserner 6 1 12 TEMperature csi isa iE E E A A AAE Output parameters of the Energy Expenditure Module
7. 6 2 1 Activity Energy Expenditure esessersseressersserssseessevsserssserssersseerssersseeesserne 6 2 2 Total energy expenditure ns nresserrserssserssersserssserssersssersserssersssersserssseesserne 6 2 3 Metabolic Equivalent of Task MED ssssrssrvssrsssrssrnserssessersserssesserssesserner 6 2 4 Physical activity and energy expenditure report 6 2 5 Energy expenditure SUMMA Y rrrsersssresserssersssersserssersssersseresserssersseresserne Output parameters of the Cardio Module iesserrsersssevssersserssserssevsssersserssernse 26 631 ECGR PO aKS ide 6 3 2 Normal beats and intervals 6 3 3 Beat by beat heart rate ns nereseressevrserssserssersserssserssersssersserssersssersserssseessenne 6 3 4 HRV parameter Low Frequency HrvLf nmssnersseressevssersssersserssersseerssernse 6 3 5 HRV parameter High Frequency HF isesserssersseressevsserssserssevsseerssersseense 6 3 6 HRV parameter Low to High Frequency Ratio LF HF 6 3 7 HRV parameter SDNN esereseesserseesserserssesserssesssrsssessesssrssesssesssessesssessessensense 6 3 8 HRV parameter RMSSD nrseesseaseesserserssesserssersevsseessesserssesssessesssrsseessesseensesse 6 3 9 HRV parameter pNN50 inmusesessessssnssesrssrenneneeserassnssnsensensenssnsensenesnessessenssnn 28 6 3 10 HRV parameter SD1 messessessersevsessevsersersessessessessessessessessessessessessessessessersessesser 29 6 3 11 HRV parameter SD2 ssesseesessessreseessesessesses
8. DataAnalyzer Analysis of physiologic measurement data User Manual meins Cent quelo A A Drohn 25 Delordrer fcher DesktoplMessdatenlMove INfteferenzmessung Crudsensor sendt 2031 06 25 16 39 18 Bitte w hlen Se de zu berechnenden Parameter aus Mehrfachauswahl m Sp Taste fActivryclass beta H RENE LeLiegen Zafira Sitzen Zehen I Joggen 4 Gahen Donnerstag 0908 verre kpenditure beta vergeht n head Aktivit tsklassen Verlauf heriche Aktivit t beta ae it Austen nur Aktiva StepCount beta CZ Zn hl der Schette im Auspabeintervall Aktivit tsklassen pro Stunde ja Gevacht in bg Trogeort Mine reces 3 3 ebenen Aker in Jahren Geschlecht M F m Ausgabe Inervalins 10 Korperpositionen Verlauf Imprint User Manual DataAnalyzer 1 7 Version 09 02 2015 movisens GmbH Fritz Erler Stra e 1 3 76133 Karlsruhe Phone 49 721 381344 0 Telefax 49 721 381344 90 Internet www movisens com E Mail support movisens com Copyright movisens GmbH Contents 1 Welcome linia iaa 1 2 Scope of application iuscasiscssessisenneisuernsrennensssinsenisenssinischgernirnee 3 3 Instructions OF Use lei 5 4 Software Installation 4 1 System Requirements 4 2 Installing the software enessesserssersssersseeesserssersseresserssersseressersserssssessersserssssenee 7 4 3 Updating the
9. alyse or whole batch of measurements e g the data of a whole study you can activate the batch mode by selecting the checkbox on top of the application window As Source select a higher level folder containing you measurements 51x OG Physiologische Parameter intelligent messen MOVISENS IV Alle Datens tze im Quellordner berechnen Studienmodus Quelle fensmessdaten und Studien 2011 10 31 Belastung Studenten TO Zielordner tudien 2011 10 31 Belastung Studenten TO result 2012 09 27 10 53 24 Bitte w hlen Sie die zu berechnenden Parameter aus Mehrfachauswahl mit Strg Taste ActivityEnergyExpenditure beta kcal d Activity energy expenditure AEE in kcal d tivityClass beta Die folgenden Werte m ssen in jedem Activity Class 0 unknown 1 lying 2 sitting standing 4 slope up 5 jogging 6 sl Unisens Datensatz als Attribut gesetzt sein InclinationDown beta deg dination of sensor axis down against the vertical 0 to 180 deg Trageort des Sensors sensorLocation InclinationForward beta deg tt pied at i Inclination of sensor axis forward against the vertical 0 to 180 deg K icht in kg weight InclinationRight beta deg Alter in Jahren age inclination of sensor axis right against the vertical 0 to 180 deg Sensor Typ sensorType AccDown beta g Acderation on the down axis Ausgabe Intervall in s 10 v Berechnen Then select the desired analysis outputs
10. auswahl mit Strg Taste InclinationRight beta deg IIndination of sensor axis right against the vertical 0 to 180 deg AccDown beta g Geschlecht M Acderation on the down axis AccForward beta g IAcdleration on the forward axis K rpergewicht in kg fs Alter in Jahren p Body position 0 unknown 1 lying supine 2 lying left 3 lying prone 4 Iying right VerticalSpeed beta m s Vertical speed calculated from barometer HrBxb beta 1 min Sensor Typ ekgMove y leartrate beat by beat position and heartrate Hr beta 1 min v 4 rf Ausgabe Intervall in s 10 z Berechnen 5 4 Adding analysis parameters Depending on the selected analysis outputs you have to enter additional analysis parameters that are needed to process your measurement data E g for the calculation of the energy expenditure of a person you need to specify age size weight gender and sensor position The expected parameters are shown on right side in the application windows If you have already entered some or all of the values for these parameters in the SensorManager software you can check now if they are correct 5 5 Specifying the output interval For many of the analysis outputs you can specify at which time interval the data should be calculated Select the desired value from the dropdown menu in the field Output Interval The values are given in seconds 12 5 6 Batch mode If you want to an
11. cceleration For each output interval the number of steps done is calculated Name StepCount Type Secondary parameter 17 Module Basic Module Output interval Adjustable Needed measurement data Acceleration For each output interval the mean inclinations of the three body axes are calculated The unit is The range of values is from 0 to 180 Signal name Definition of inclination InclinationDown Inclination of the body axis down against the vertical InclinationForward Inclination of the body axis Forward against the vertical InclinationRight Inclination of the body axis to the right against the vertical Please check if the sensor position has been set correctly Name InclinationDown InclinationForward InclinationRight Type Secondary parameter Module Basic Module Output interval Adjustable Needed measurement data Acceleration For each output interval the mean absolute value of the magnitude of the acceleration that can be attributed to body movements is calculated Therefore the acceleration data is band limited to the frequency band from 0 25 to 11Hz The unit is g 18 Name MovementAcceleration Type Secondary parameter Module Basic Module Output interval Adjustable Needed measurement data Acceleration For each output interval the altitude abov
12. e HrBxb Type Secondary parameter Module Cardio Module Output interval One value per heart beat 26 Needed measurement data ECG For each output interval the mean value of the HRV parameter Low Frequency LF is calculated LF describes the spectral power in the frequency band between 0 04 and 0 15 Hz The unit is ms Name HrvLf Type Secondary parameter Module Cardio Module Output interval Needed measurement data Adjustable 1 ECG For each output interval the mean value of the HRV parameter High Frequency HF is calculated HF describes the spectral power in the frequency band between 0 15 and 0 4 Hz The unit is ms Name HrvHf Type Secondary parameter Module Cardio Module Output interval Needed measurement data Adjustable 1 ECG For each output interval the mean value of the HRV parameter Low to High Frequency Ratio LF HF is calculated The unit is Name HrvLfHf Type Secondary parameter Module Cardio Module 27 Output interval Adjustable 1 Needed measurement data ECG For each output interval the mean value ofthe HRV parameter SDNN is calculated SDNN describes the standard deviation of the beat intervals The unit is ms Name HrvSdnn Type Secondary parameter Module Cardio Module Output interval Adjustable 1 Needed measurement data ECG For each out
13. e sea level is calculated The calculation is based on the data of barometric air pressure The altitude is calculated with the barometric formula exponential atmosphere Changes of air pressure due to changes in the weather can influence the output The unit is m Name Altitude Type Secondary parameter Module Basic Module Output interval Adjustable Needed measurement data Barometric air pressure For each output interval the mean vertical speed is calculated The values are positive for upward speeds The unit is m s Name VerticalSpeed Type Secondary parameter Module Basic Module Output interval Adjustable Needed measurement data Barometric air pressure For each output interval the activity class is calculated The detectable activity classes are coded as follows 19 Activity class Coding unknown 0 lying 1 Sitting standing 2 walking 7 running 5 Sitting lying 8 Standing 9 Please check ifthe sensor position has been entered correctly Sitting lying and standing can be differentiated if the sensor is worn at the thigh Name ActivityClass Type Secondary parameter Module Basic Module Output interval Adjustable Needed measurement data Acceleration Barometric air pressure A PDF report with graphic presentation of the physical activity of the person is generated Please check if the sensor posit
14. ectrodermal activity 32 The positions and the recovery times to the half amplitude of detected skin conductance responses SCR are output The unit is s Name EdaScrHalfRecoveryTimes Type Secondary parameter Module EDA Module Output interval One value per SCR Needed measurement data Electrodermal activity For each output interval the number of detected skin conductance responses SCR is output Name EdaScrCount Type Secondary parameter Module EDA Module Output interval Adjustable Needed measurement data Electrodermal activity For each output interval the mean amplitude of detected skin conductance responses SCR is output The unit is uS Name EdaScrAmplitudesMean Type Secondary parameter Module EDA Module Output interval Adjustable Needed measurement data Electrodermal activity 33 For each output interval the mean rise time of detected skin conductance responses SCR is output The unit is s Name EdaScrRiseTimesMean Type Secondary parameter Module EDA Module Output interval Adjustable Needed measurement data Electrodermal activity For each output interval the mean energy of detected skin conductance responses SCR is output The unit uSs Name EdaScrEnergiesMean Type Secondary parameter Module EDA Module Output interval Adjustable Needed measurement data El
15. ectrodermal activity For each output interval the mean recovery time of detected skin conductance responses SCR is output The unit is s Name EdaScrHalfRecoveryTimesMean Type Secondary parameter Module EDA Module Output interval Adjustable Needed measurement data Electrodermal activity 34 Arousal is a synthetic signal generated from secondary parameters of detected skin conductance responses SCRs For each output interval a mean arousal value is calculated Output intervals of 30s or larger make sense for this parameter Name EdaArousalMean Type Secondary parameter Module EDA Module Output interval Adjustable Needed measurement data Electrodermal activity 7 Algorithm details Notes for the calculation of HRV parameters e All HRV calculations are internally done every 30 seconds over segments of 2 minutes For each output interval the mean values of the internally calculated values are output e Ifthe output interval is smaller than 30 seconds values are repeated 7 2 Electrodermal Acti Notes for the detection skin conductance responses SCR 1 SCR are automatically detected The specification of event marker is neither necessary nor possible 2 The default minimal rise time for the detection of SCR is 0 05uS s 35 36 3 The default minimal amplitude for the detection of SCR is 0 1uS 4 The default maximal rise tome for the detection of SCR is
16. eded measurement data 29 For each output interval the mean value of the HRV parameter SD2 SD1 is calculated SD2 SD1 is a parameter derived from the Poincar plot of the beat intervals SD2 SD1 is the ratio of the long to the short half axis of a fitted ellipse The unit is 1 Name HrvSd25d1 Type Secondary parameter Module Cardio Module Output interval Adjustable 1 Needed measurement data ECG A PDF report with graphic presentation of the heart rate variability of the person is generated Name ReportHrvPdf Type Report Module Cardio Module Output interval Fixed one diagram per day Needed measurement data ECG Acceleration 1 All HRV calculations are internally done every 30 seconds over segments of 2 minutes For each output interval the mean values of the internally calculated values are output Respiration can be derived from the ECG signal Therefore a synthetic respiration signal is created from the amplitudes of the R peaks in the ECG From this signal the respiration rate can be detected The respiration rate might be distorted when the ECG signal contains artifacts e g due to movement Name Edr 30 Type Secondary parameter Module Cardio Module Output interval Adjustable Needed measurement data ECG Acceleration A text file with the raw date of the electrodermal activity is generated The file can be used for other software pac
17. ion has been entered correctly Name ReportActivityPdf Type Report Module Basic Module Output interval Fixed one diagram per day Needed measurement data Acceleration Barometric air pressure 20 For each output interval the mean value of the heart rate is calculated The unit is 1 min Name Hr Type Secondary parameter Module Basis Module Output interval Adjustable Needed measurement data ECG Generates the text file Reportlbi txt It contains all intervals between current and last R peak One value per Line is output Die unit is ms Name Reportlbi Type Report text file Module Basic Module Output interval One value per heart beat Needed measurement data For each output interval the mean value ofthe temperature is calculated The unit is C ECG Name TempMean Type Secondary parameter Module Basic Module Output interval Adjustable Needed measurement data TEMP 21 22 For each output interval the mean energy expenditure attributed to physical activity is calculated The calculation is based on different mathematical models of energy expenditure for each activity class Also altitude changes are integrated into the calculation The unit is kcal d Please check if sensor position age size weight and gender have been entered correctly Name ActivityEnergyExpenditure
18. kages like LedaLab or Edapara The unit is uS Name ReportEdaTxt Type Report Module Basis Module Output interval Fixed Same as sample rate of EDA raw data 32 Hz Needed measurement data Electrodermal activity For each output intervals the mean skin conductance level SCL is calculated The EDA data is low pass filtered The filer frequency is 0 1Hz The unit is us Name EdaSclMean Type Secondary parameter Module EDA Module Output interval Adjustable Needed measurement data Electrodermal activity 31 The positions and amplitudes of detected skin conductance responses SCR are output The unit is uS Name EdaScrAmplitudes Type Secondary parameter Module EDA Module Output interval One value per SCR Needed measurement data Electrodermal activity The positions and rise times of detected skin conductance responses SCR are output The unit is S Name Type Module EdaScrRiseTimes Secondary parameter EDA Module Output interval One value per SCR Needed measurement data Electrodermal activity The positions and the energies half product of amplitude and rise time of detected skin conductance responses SCR are output The unit is USs Name EdaScrEnergies Type Secondary parameter Module EDA Module Output interval One value per SCR Needed measurement data El
19. odermal Activity Be LegalNotes sub SACO tesoreria 8 2 Disclaimer 8 3 A AS 37 1 Welcome Dear customer Thank you for choosing DataAnalyzer from movisens With this software you get an extensive tool for the scientific analysis of physiologic measurement data Please read this manual completely and thoroughly In his manual you will find all Information relevant to the use and maintenance of the measurement system as well as for solving problems If you have any further questions don t hesitate to call us It is our pleasure to help you Phone 49 721 381344 0 2 Scope of application DataAnalyzer is a scientific software for the analysis of physiologic measurement data The software is optimized but nor limited for the use with sensor systems from movisens With the help of DataAnalyzer you can calculate secondary parameters from your physiologic measurement data create summaries and reports DataAnalyzer is capable of batch processing complete measurement data bases DataAnalyzer is not a medical device On demand movisens can integrate additional algorithms into the software 3 Instructions of Use e DataAnalyzer is not a medical device DataAnalyzer uses the open source data format Unisens You will find all further information on this website www unisens org 4 Software Installation This chapter describes how to install and uninstall the software and how to update it Additionall
20. put interval the mean value of the HRV parameter RMSSD is calculated RMSSD is the root mean square of successive differences of beat intervals The unit is ms Name HrvRmssd Type Secondary parameter Module Cardio Module Output interval Adjustable 1 Needed measurement data ECG For each output interval the mean value of the HRV parameter pNN50 is calculated pNN50 is the percentage of NN intervals greater than 50ms The unit is Name HrvPnn50 28 Secondary parameter Type Module Cardio Module Output interval Adjustable 1 Needed measurement data ECG For each output interval the mean value of the HRV parameter SD1 is calculated SD1 is a parameter derived from the Poincar plot of the beat intervals SD1 is length of the short half axis of a fitted ellipse SD1 reflects the short term variability The unit is ms Name HrvSd1 Type Secondary parameter Module Cardio Module Output interval Adjustable 1 Needed measurement data ECG For each output interval the mean value of the HRV parameter SD2 is calculated SD2 is a parameter derived from the Poincar plot of the beat intervals SD2 is length of the long half axis of a fitted ellipse SD2 reflects the long and short term variability The unit is ms Name HrvSd2 Type Secondary parameter Module Cardio Module Output interval Adjustable 1 ECG Ne
21. r starting DataAnalyzer use the function Registration The click on the link Request License Request Code XXXXX e ue movisens DataAnalyzes Testperiode abgelaufen G movisens Datadinalyzer Testversion Willkommen bei der movisens DataAnalyzer Testversion Registrierung rene erdingen Flnguest Code 132775 1605748978 Dee geban Sa den ahatanen Produktachiisnel lale Zalan en Testver Verlangen gt Registrieren Geben Sie den Regntrierungsschl nsel en K ken Sie a Fortlahren um den Prod kischlissel zu berpr fen Kaufen Besuchen Se dhe movsens DataAnalyzer Websete um eine Lizenz zu erwerben Abbrechen J You mail program will open a ready mail with the necessary registration information Please send us this mail You will then receive a product key from movisens License ID Base Cardio Signature XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX 8 The product key contains the License ID the modules you bought and the signature authorization for your PC Copy both lines into the text designated field and finish the registration by clicking Next 5 Handling This chapter describes how you can process your measurement data both single measurements and whole study measurement databases 5 1 Start of DataAnalyzer Start the DataAnalyzer by selecting Windows Start gt movisens DataAnalyzer gt DataAnalyzer The following window opens
22. sessessessessessessessessessessessessessersessesser 29 6 3 2 ARV parameter SD SD ne 29 6 3 13 HRV report cassasccscascascssescenscnsensensonsvussdctnscuscscescescdsecssessvssessweseustssessensessnsenoenseates 30 6 3 14 Respiration rate EDR serersesersersenervenssvenssvensasensasensasensrsensesereesereesersesereenre 30 Output parameters of the EDA Module s eesseesserssserssevssersseresserssseesserssersseenee 31 6 4 1 Electrodermal Activity report as text file 31 6 4 2 Skin conductance level nrnersssesnerssserssersserssserssersseersserssersssersserssseesseree 31 6 43 SCR AIL iii 32 GAA SCR TISCHIMS iccccscciascassccecassassassonssossonssdssenseuncanstoesensonscavvenccnnsthccennevcetucteseds 32 6 4 5 SCR Energiesi u ii aiii 32 6 4 6 SCR half recovery times nmsrneraseressersserrssersserssersssersseresserssersseressersserssssesserne 33 6 4 7 Number of SCR cocioinonionia stone srns crestas iia 33 6 4 8 Mean of SCR Amplitudes ursssrssrssesserssersersserssesserssesserssesssrsserssssssessesse 33 6 4 9 Mean of SCR rise timesS nrrnerasssesseraserssserssersseersserssersssersserssseesserssersseeessernr 34 6 4 10 Mean of SCR energy 6 4 11 Mean of SCR recovery timesS mrnerrserrssersserrsserssersserrssersserssserssersseresserse 34 6 4 12 Me an of Arousah susuanninsemmemimmsssirevsssvss nssttertesss risser 35 7 Alogofitnmdetallsuuasuessradismmnaedratendednntn 7 1 Heart rate variability 7 2 Electr
23. weight and gender have been entered correctly Name ReportActivityEePdf Type Report 24 Module Energy Expenditure Module Output interval Fixed one diagram per day Needed measurement data Acceleration Barometric air Pressure A complete overview of the physical activity and the energy expenditure is generated as Excel file This report is especially useful for anumerical overview of measurements of more than one day Name ReportEeSummaryExcel Type Report Module Energy Expenditure Module Output interval Adjustable one line per day Needed measurement data Acceleration Barometric air pressure Please check if sensor position age size weight and gender have been entered correctly 25 The exact positions of the R peaks ofthe ECG are output as events The temporal resolution depends on the sample rate ofthe ECG Name Type Module R Secondary parameter Cardio Module Output interval One event per heart beat Needed measurement data ECG The positions ofthe normal beats and the distance to the last normal beat are output The unit is of the distances is in ms Name Nn Type Secondary parameter Module Cardio Module Output interval One value per normal heart beat Needed measurement data ECG The heart rate values are output beat by beat The unit is 1 min Nam
24. y the system requirements are defined 4 1 System Requirements Before installing the software please check if the following system requirements are fulfilled e PC with Windows XP or higher e Administrator rights during installation e A minimum of 300 MB free space on hard disc 4 2 Installing the software Please ensure that your PC fulfils the requirements described above Step 1 Plug the USB drive into the USB port of your PC The content of the medium will be shown If the window does not open automatically select the appropriate drive from the window My computer Step 2 Double click the file movisens SensorManager Setup Full exe v The Installation runs automatically in the background After successful installation shortcuts are created in the Windows Start Menu under the entry movisens SensorManager j En PA lt E WW 43 Upaatir 1g the softwar You need an internet connection to make an update Select Windows Start Menu gt movisens DataAnalyzer gt Updater If 7 a new version is available it will be downloaded and installed automatically 4 4 Uninstalling the Software The software can be uninstalled using the Windows Control Panel 4 5 Licensing After Installation DataAnalyzer runs as a 30 days test license During this phase you can test all functions without any limitation After 30 days you have to register the software to be able to further use it 4 6 Registration Directly afte
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