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AIDA Manuel d`utilisation
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1. Pohl Martin Feld Lutz Lacasta Carlos Bordalo Paula Koffeman Els Mikenberg Giora Vrba Vaclav Zarnecki Filip Krammer Manfred Osterberg Kenneth Bencze Gyorgy Brenner Richard Stapnes Steinar Hansen Peter Meroni Chiara Long Ken de Lentdecker Gilles Stamenov Jordan Boudry Vincent Gazis Evangelos Sammut Nicholas Mikuz Marko PiknaMiroslav H rk nen Jaakko laydjiev Plamen Stoianov Vila Ivan Idzik Marek Tuominen Eija Colas Paul Alexopoulos Theodoros 1 Project management and coordination F Stavrev 2 Development of software common tools F G de P Mato 3 Micro electronics and detector electronics integration H G Moser V Re 4 Relation with industry P Sharp R Stapnes 5 Transnational access to DESY I Gregor 6 Transnational access to CERN H Taureg 7 Transnational access to EU irradiation facilities M Mikuz 8 Improvement and equipment of irradiation and beam lines H Taureg E Gschwendtner 9 Advanced infrastructures for detector R amp D M Vos H Videau 500k 1100k 1100k 300k 100k 150k A50k 3000k 3000k 10 M Montants uniquement indicatifs changements possibles d ici le 26 novembre 10 ME correspondants 33 M total gt Overhead soit 2 10 ME engag s 10 10 160 30M Vincent Boudry in2p3 fr IDA Socle 10 11 2009 WP2 Common SW tools Objectives Activity type COORD Task1 Coordination of Work package monitor the progress o
2. AIDA Manuel d utilisation https espace cern ch aida Vincent Boudry SOCLE 2009 10 11 2009 INSTN CEA Saclay ECOLE Les deux infinis POLYTECHNIQUE Advanced european Infrastructures and Detectors at Accelerators DevDet Appel FP7 2008 t RIP EUDET tendu ILC CLIC sLHC SuperB neutrinos SLHC luminosity upgraded LHC future Linear Colliders ILC and CLIC future accelerator driven neutrino facilities or future B physics facilities e g Super B The AIDA project is coordinated by the Restricted ECFA Coordination Group for Detector R amp D in FP7 programs responds to the FP7 INFRASTRUCTURES 2010 1 call from the European Commission AIDA addresses infrastructures required for the development of detectors for future particle physics experiments In line with the European strategy for particle physics AIDA targets user communities preparing experiments at a number of key potential future accelerators Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 2 Vue d ensemble The infrastructures covered by the AIDA project are key facilities required for an efficient development of the future experiments such as test beam infrastructures at CERN and DESY specialised equipment irradiation facilities in several European countries common software tools Common microelectronics tools and engineering coordination offices The requests to EU concern im
3. cas de doute sur les chiffres salaires pr l vements C dric Bosaro de la cellule Europe de l IN2P3 https espace cern ch aida default aspx BON COURAGE Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 17
4. cost and full overhead rate This is our choice in AIDA to fund JRA and NA is same way direct indirect costs 0 3 have to be lt max allowed 60 amp 60 60 amp 0 Overhead Personel amp Materiels CNRS CEA Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 15 Remboursement 2 Exemples CNRS 60 60 Normal ensemble des d penses directes du projet Mat pers perm missions 48 160 30 pris en charge Inverse pour obtenir 10k il faut un total de 33k 10 30 toutes d penses OH soit 20 6k 33k 160 de d penses directes partag s en 10 6k de co t directs engag s personnel permanent etles 10 0k obtenus de l Europe pour les CDD missions etc Equivalent 1 ppm post doc 5k engagement en salaire de personnel permanent de 1 08 52 48 fois celui du post doc La limite est tr s vite atteinte avec du personnel permanent gt limiter au personnel CNRS limiter au n cessaire feuilles de temps mensuelle ATTENTION Aux ponctions universaires amp administratives V DR pour les taux 0 15 Achat de materiel non amortis a la fin du contrat rmbt quote part Vincent Boudry in2p3 fr A vos calculettes la p riode des n gociations va commencer Vous allez recevoir des documents remplir CV Liste des personnels amp salaires correspondants N h sitez pas me contacter en cas de doute et votre DR en
5. overview and report covering in a matrix key technologies and specifications x axis versus the four projects mentioned y axis Industry can link to these nodes describing their capacities To be maintained longer term by the CERN TTnet Participants STFC Oslo CERN Helsinki INFN CNRS Athens WP and partner list mainly fixed Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 9 WP5 6 7 Transnational Access Essentially an amount of money to help people in needs in accessing to WP5 DESY facilities ready WP6 CERN facilities ready WP7 EU irradiation facilities Need to write WP and budget Will be discussed with EU coordinators at Brussels next Thursday 12 11 09 Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 10 WP8 Improvement and equipment of irradiation and beam lines Objectives Activity type RTD Task1 Coordination of Work package Task 2 Test beams at CERN and Frascati e At CERN Enlarge particle choice KO improve particle identification Provide LC CLIC like spill structure e At Frascati characterize BTF beam line for electrons and photons provide and install permanent control and monitoring system for beam position width and energy in the BTF beam line Task 3 Upgrade of proton and neutron irradiation facilities at CERN e Design splitter magnet e Equip and test splitter magnet e Design and test cooling infrastructure for electronics tests WP text is mostly ready Task 4 Quali
6. f the work in the work package coordinate and schedule the execution of the tasks and subtasks prepare progress reports internal and on deliverables Task2 Development of a geometry toolkit allow the description of complex geometrical shapes materials an sensitive detectors provide interfaces to full simulation programs Geant4 fast simulations visualization tools and reconstruction algorithms allow for the misalignment of detector components provide an interface to calibration constants and conditions data Task3 Development of generic reconstruction tools tracking toolkit based on best practice tracking and pattern recognition algorithms provide alignment tools allow for pile up of hadronic events calorimeter reconstruction toolkit for highly granular calorimeters based on Particle Flow algorithms Participants CERN DESY HEPY Vienna LLR UCAM RAL UGLA Contained now also some sLHC WP and partner list mainly fixed Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 7 WP3 Network for micro electronics and interconnection technology Objectives Activity type COORD the main objective of the task is to establish a network of groups working collaboratively on advanced semiconductor technologies and high density interconnection processes for applications in High Energy Physics Task1 Coordination of Work package Task 2 3D Interconnection e Creation and coordination of a framework to make 3D in
7. fication of components and common database Partner list to be e Review experience from LHC e Develop common data base for irradiation test results checked ee e Qualify materials and components of detector systems Preliminary e Populate and maintain the common database budget existing e Disseminate and publish irradiation results Task5 Common DAQ infrastructure Participants CERN LNF UK univ DESY CNRS ULB LUND UNIGE Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 11 WP9 Advanced infrastructures for detector R amp D Objectives Activity type RTD Task1 Coordination of Work package Task 2 Gas detector facilities P Colas K Desch under discussion Task 3 Precision pixel infrastructure M Winter under discussion Task 4 Granular calorimeter studies infrastructure F Sefkow H V A global test beam infrastructure containing silicon tracker lumi calorimeter el mgn and hadron for specific tests and understanding of the simulation and the particle flow Under development ie Participants many Still the most difficult WP WP text not yet ready too large partner list to finalized Budget still not done Request by some Institutes on Si Strips community to modify the tasks Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 12 BE EE o R Su d CH S k E u X 8 1 Test beams at CERN and Frascati Qualification of components and common database Pas mal de WP s WP9 pas encore 91 g i p
8. provements to existing infrastructures Submission deadline is 03 12 2009 selection April May 2 3m Negotiations 3m formal agreem finalisation by end 2010 A 4 year project 3 years if negotiated Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 The project is structured around 9 work packages management transnational access TA coordination networking COORD joint research activities RTD It is managed through A set of coordination contacts A set of WP coordinators A set of national contacts 2 per WP of different origins ILC Other A set of task coordinators Full partner and third party associate Full 3 limit set at 50 k 1 yr PD France FP CNRS amp CEA Univ as 3 party A uniqt engagement de pers permanent CNRS A Associate only travel money Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 4 Coordinators amp Contacts Coordinators T Behnke C Brandt K Busser M Capeans F Forti K Kahle L Linssen L Serin C Sheperd P Soler Jermyn S Stapnes S Stavrev H Taureg K Ross DESY CERN Glasgow CERN CERN CERN CERN Vincent Boudry in2p3 fr Chair Switzerland Germany Spain Portugal Netherlands Israel Czech Republic Poland Austria Finland Hungary Sweden Norway Denmark Italy UK Belgium Bulgaria France Greece Malta Slovenia Slovakia Finland Bulgaria AIDA Socle 10 11 2009 National Contacts
9. r ts amp r cemment chang s o AfGranular calorimeter d erfte Meeting pour les contacts nationaux le 9 novembre hier Encore beaucoup d incertitude November 9th Finalized list of partner in each WP Not yet Iteration on budget sharing Not started Prochaines ta pes National Contact texts by next week Second meeting with national contact October 6th National contact meeting 2 weeks October 26th Contents of WP finalized first draft of WP text amp partners list Preliminary budget breakdown for each WP November 9th Finalized list of partner in each WP Iteration on budget sharing National Contact texts November 23th All WP contributions finalized December 1st Proposal submission Beaucoup de travail encore en lt 1imois Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 13 Pendant ce temps en France A remplir pour le 16 novembre Short name of participant Full name of participant Description of participant e DESCRIBE CONSORTIUM AND INSTITUTE SKILLS TO PARTIPATE TO AIDA WP IF SINGLE INSTITUTE SHOULD FIT IN 10 LINES IF CONSORTIUM 5 LINES PER INSTITUTE Tasks in AIDA D TASK NUMBER IN EACH WP MAX ONE CV PER INSTITUTE NATIONAL CONTACT 4 LINES CV Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 14 Remboursements Taux de remboursement MAXIMUM par activit NA are limited to direct cost 1 07 JRA are limited to 75 of direct
10. terconnection technology available for HEP detectors e Organisation of dedicated fabrication of sensors and electronics optimized for 3D interconnection e Construction of demonstrator detectors using 3D technology to access this technology Task 3 Shareable IP Blocks for HEP e Creation and coordination of a framework for the design of low and medium complexity microelectronics libraries and blocks in advanced submicron technologies to be made available to the community of users in HEP e Organization of the design and qualification of a set of blocks using selected and qualified technologies e Distribution and documentation of the library of functional blocks e Organization of regular Microelectronics Users Group meetings to exchange information plan and coordinate actions related to the creation of a shared library of macro blocks Participants AGH CERN CEA CNRS CPAN INFN MPG almost ready might need tuning on budget Vincent Boudry in2p3 fr AIDA Socle 10 11 2009 8 WP4 Relation with industry Activity type COORD Objectives Overall goal address for the our projects SLHC ILC CLIC Neutrino Det SuperB e Technology needs specifications trends in several area 5 10 years perspective e Interactions with industry in development phase and during large scale constructions phase e Transfer to industry industry related spin off and collaboration and co development with other fields where this is relevant Create WEB
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