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EGEE is a project funded by the European Union under contract IST-2003-508833 PowerPoint Presentation
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EGEE is a project funded by the European Union under contract IST-2003-508833

EGEE is a project funded by the European Union under contract IST-2003-508833

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EGEE is a project funded by the European Union under contract IST-2003-508833

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  1. Application Identification and Support (NA4) Activities in the RDIG-EGEE consortiumE..Tikhonenko (JINR, Dubna, Russia) www.eu-egee.org NEC’2005, Varna, September 17, 2005 EGEE is a project funded by the European Union under contract IST-2003-508833

  2. Talk Outline • NA4 basic goals and the directions of activities • Milestones and deliverables • NA4 RDIG-EGEE Organizational structure and the participants • NA4 RDIG-EGEE sub-tasks: • HEP applications • Biomed applications • FusionGrid • RDIG-EGEE internal VOs • Plans

  3. NA4 - APPLICATION IDENTIFICATION AND SUPPORT ACTIVITY in the EGEE PROJECT The purpose of the Application Identification and Support team for the Enabling Grids for E-science in Europe (EGEE) project is to support the induction of new users, new communities and new virtual organizations into the project. The team will also proactively develop and disseminate appropriate information to the relevant groups. One of the main tasks: the migration of applications from a broad range of applications sectors, namely academia, industry and commerce into the EGEE infrastructure

  4. Russian institutes participating in NA4: • Institute of High Energy Physics ( IHEP, Protvino) • Institute of Theoretical and Experimental Physics ( ITEP, Moscow) • Joint Institute for Nuclear Research (JINR, Dubna) • Petersburg Nuclear Physics Institute of Russian Academy of Science ( PNPI, Gatchina) • Russian research Center «Kurchatov Institute» ( RRC KI, Moscow) • Skobeltsin Institute of Nuclear Physics of Moscow State University (SINP MSU, Moscow) • Institute of Mathematical Problems of Biology of Russian Academy of Sciences (IMPB RAS, Pushchino)

  5. NA4 RDIG EGEE Deliverables Participation in DCs & SCs providing necessary feedback to Middleware and Operations Support in the installation of applications in the LCG environment Co-ordination of usage strategy of Russian resources for all the experiments taking into account a specifics of Russian distributed center with the resources common for all HEP experiments. Resources sharing&usage in the accordance with the co-ordinated strategy Participation in ARDA (e.g.: testing gLite facilities for Atlas; in plans - monitoring system (merging it with CMS production and analysis jobs) ) Creation of new (internal) VOs in the RDIG-EGEE infrastructure Identification of Russian participants interesting in their application usage in the EGEE environment Regular training courses & seminars for users (how to obtain CAs and how to join VOs, how to launch applications in the LCG environment etc.).

  6. The responsibilities of Russian institutes in NA4 activities are fixed in the EGEE Technical Annex • IHEP • management of ATLAS VO in Russia. Support of ALICE, CMS and LHCb applications • ITEP • management of LHCb VO in Russia. Support of ALICE, ATLAS and CMS applications • JINR • management of ALICE VO in Russia. Support of ATLAS, ALICE, CMS and LHCb applications. • PNPI • support of HEP applications (ATLAS, CMS, ALICE, LHCb) for St.Petrsburg region • RRC KI • support of ALICE applications. Lead partner for Fusion GRID applications in Russia • SINP MSU • management of CMS VO in Russia. Support of ALICE, ATLAS and CMS applications. • IMPB RAS • Support of applications in the fields of biomolecular structure reconstruction, molecular dynamics and E-cell project. for all the institutes: identification of new users; introduction of new user communities

  7. Russian organisation in EGEE/NA4 HEP For NA4-HEP the organization model is to go via LHC experiments, rather than via institutes (in contrast to other activities). This corresponds to the operational model for Russian Regional LHC Centre

  8. Example of recent courses for HEP users LCG Induction Courses for CMS Users held on September, 6 at JINR: 3 hour lectures: 1) E.Tikhonenko (JINR) "Introduction to the LCG-2" 2) O.Kodolova (SINP MSU) " Getting started with LCG tools for CMS jobs" 3) A.Toropin (INR) "Access to the official DSTs with the usage of CRAB“ 2 hour practical part in the training computing class 9 users participated; the materials are placed at web: http://sunct2.jinr.ru/docs/rdms_1/sept_6.html

  9. New VOs inside the RDIG-EGEE infrastructure: aims & current status aims: • to serve the national scientific projects • to test new application areas before including them into the global EGEE infrastructure current status: creation of the formal procedures and the proper administrative structures in RDIG-EGEE for VOs creation & registration: http://rdig-registrar.sinp.msu.ru/newVO.html – documents and rules; the Council on RDIG-EGEE extension has been formed 5 internal VOs now; near plan: Fusion science; chemical physics institutes

  10. RDIG EGEE membership in VOs January, 2005 43 members from 11 institutes - 5.7 %from a total number ( 749 ) of EGEE VOs members March, 2005 56 members from 12 institutes - 5.8 %from a total number ( 967 ) of EGEE VOs members June, 2005 70 members from 13 institutes - 6.4 %from a total number ( 1097 ) of EGEE VOs members September, 2005 81 members from 13 institutes - 6.1 %from a total number ( 1324 ) of EGEE VOs members The target fixed in the EGEE Technical Annex for the EGEE project by the End Year 2: >3000 VOs users !

  11. RDIG EGEE membership in VOs (January, 2005) ALICE VO – 6 (of 30 alice VO members) 4 – ITEP, 2 – JINR ATLAS VO – 7 (of 212 atlas VO members) 5 – IHEP, 1 – SINP MSU, 1 – MEPHI CMS VO – 10 (of 161 cms VO members) 4 - SINP MSU, 3 – Kharkov, 2 – ITEP, 1 – JINR LHCb VO – 3 (of 42 lhcb VO members) all ITEP dteam VO – 16 (of 267 dteam VO members) 4 –JINR, 3 –ITEP, 3 – IHEP, 1 – RRC KI, 1 – INR, 1 – IPM, 1 –IMPB, 1 – PNPI, 1- SINP Biomed VO – 1 (of 37 biomed VO members) IMPB in total: 43 - 5.74 %from a total number ( 749 ) of EGEE VOs members 11 institutes: ITEP – 12, IHEP-8, JINR – 7, SINP MSU – 6, Kharkov – 3, IMPB – 2, PNPI – 1, INR – 1, IPM – 1, MEPHI –1, RRC KI – 1 The target fixed in the EGEE Technical Annex for the EGEE project by the End Year 2: >3000 VOs users !

  12. RDIG EGEE membership in VOs (September, 2005) ALICE VO – 6 (of 43 alice VO members) ATLAS VO – 13 (of 391 atlas VO members) 8 – IHEP, 1 – SINP MSU, 1 – MEPHI, 1 – ITEP, PNPI –1, INP -1 CMS VO – 21 (of 343 cms VO members) 8 - SINP MSU, 6 – JINR , 3 – Kharkov, 2 – ITEP, 2 – INR LHCb VO – 5 (of 58 lhcb VO members) 3 – ITEP, 2 - PNPI dteam VO – 29 (of 421 dteam VO members) 11–JINR, 4 – SINP , 4 –ITEP, 3 – IHEP, 2 – RRC KI, 1 – INR, 1 – IPM, 1 –IMPB, 1 – PNPI, 1- NOVSU Biomed VO – 7 (of 68 biomed VO members) all IMPB in total: 81 - 6.1 %from a total number ( 1324 ) of EGEE VOs members 13 institutes: JINR – 18, ITEP – 14, IHEP-9, SINP MSU – 9, IMPB – 5, Kharkov – 3, INR – 3, PNPI – 2, IPM – 1, INP –1, MEPHI –1, RRC KI – 1, NOVSU - 1 +1 institute - CGDS (eEarth) RGStest VO -11 PHOTON VO –12 (PHOTON & SELEX experiments) RDTEAM VO - 3 eEarth VO - 11 all CGDS AMS VO - 3 in total: 29 The target fixed in the EGEE Technical Annex for the EGEE project by the End Year 2: >3000 VOs users ! RDIG VOs

  13. Photon, eEarth, RGStest RDIG Virtual Organizations PHOTON VO: PHOTON & SELEX Projects (12 members; leading organization - ITEP) http://egee.itep.ru/PHOTON/index29d5en.html eEarth VO: geophysics sciences - 11 members; leading organization: Geophysics Center RAS http://www.e-earth.ru/ RGStest & RDTEAM VOs - Russian Data Intensive Grid (13 members)

  14. eEarth VO in the RDIG-EGEE • eEarth VOhttp://www.e-earth.ru/(in Russian) • –for geophysics and cosmic research tasks; • participating institutes: Scmidt Institute of Physics of the Earth of Russian Academy of Sciences (IPE RAS) ( http://uipe.ru/)and Centre of Geophysical Data Studies and Telematics Applications (CGDS) (http://www.ednes.org/CGDS/) • CGDS operates a powerful local area network (LAN) (8 servers and 32 workstations operating under Windows NT 4.0, Windows XP/2000/98, Linux Red Hat 5.2 and Solaris 2.5-7) with high speed (1 GBps) fiber optic Internet connection to Moscow Internet backbone through campus network of Moscow Lomonosov State University • eEarth VO will provide: an access to world-wide distributed data; computing resources for remote distributed computations; monitoring of common computing resources loading to optimize the resources usage. • Grid-technologies will be useful for a number of geophysical tasks, especially for interactive cartography and data vizualisation. • Data Resources: • SPIDR Mirror site in Moscow • Integrated Distributed Environmental Archive System (IDEAS) • Satellite Archive Browse and Retrievalhttp://sabr.ngdc.noaa.gov/ • Rapid Earthquake Determination ServiceGeophysical Survey RAS, Obninsk 11 members

  15. Plans for the 2nd year of the project: • ALICE: Installation of gLite at the the LHC (LCG) farms (1-2 quarters of 2005). • Test of the gLite functionality(1-2 quarters of 2005). • Participation in the Physics Data Challenge 05-07 2005 with the main tasks: • ATLAS: • Production (simulation&reconstruction) in the frames of preparation for the ATLAS conference in Rome (June, 2005); start of production runs in February • Participation in debugging of the ADA distributed analysis system (constructed with the usage of a number of gLite services) • Preparation for the DC3 (by the end of 2005-begininng of 2006)Installation of gLite at the the LHC (LCG) farms (1-2 quarters of 2005).

  16. Plans for the 2nd year of the project (cont.): • CMS: Installation and support of the new versions of CMS sw at LCG Testing and production runs at the LCG farms Installation and support of Phedex (files transfering with the usage of grid tools) User analysis jobs run at the LCG farms • LHCb: • Continue simulation runs at the LCG farms Creation of an interface for LHCb physics analysis tasks in Grid • Participation in Service Challenges: for all the LHC experiments • Biomed: • To continue deployment of the Mathcell project (MATHematical modelling of living CELL) into EGEE; web-resource of the project: http://www.mathcell.ru See report of Dr.V.Lakhno (September, 14)

  17. Plans for the 2nd year of the project (cont.): • FUSION GRID: - Identification and classification of fusion tasks. - Preparation a testbed for some fusion tasks. Creation of RDIG fusion VO. - Preparation and migration some fusion tasks for LCG-2. - Preparation for joining EGEE as a Generic Application. - Collaborating with other organizations in fusion problems and grid technologies A preview on Fusion Science Proposal was presented at the EGAAP session of the 3rd EGEE conference in Athens (http://indico.cern.ch/contributionDisplay.py?contribId=114&sessionId=35&confId=0513) EGAAP*) has recommended to consider a question of Fusion VO creation at the 4th EGEE conference in Pisa. This moment: an active cooperation with Spain and France; Korea, Brazil and Germany expressed the intentions to join. *)EGAAP - EGEE Generic Applications Advisory Panel. This panel advises the NA4 and general EGEE management on the new generic applications to be deployed on the EGEE infrastructure