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The LHC Detectors

Status of the EU DataGrid Project Fabrizio Gagliardi CERN EU-DataGrid Project Leader June 2001 F.Gagliardi@cern.ch. The LHC Detectors. CMS. ATLAS. ~6-8 PetaBytes / year ~10 8 events/year. LHC b. R&D testbed Physics WAN Systems administration Mass Storage disks processors. Funding.

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The LHC Detectors

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  1. Status of the EU DataGrid ProjectFabrizio GagliardiCERNEU-DataGrid Project LeaderJune 2001F.Gagliardi@cern.ch

  2. The LHC Detectors CMS ATLAS ~6-8 PetaBytes / year ~108 events/year LHCb

  3. R&D testbed Physics WAN Systems administration Mass Storage disks processors Funding • Requirements growing faster than Moore’s law • CERN’s overall budget is fixed Estimated cost of facility at CERN ~ 30% of offline requirements* Budget level in 2000 for all physics data handling *assumes physics in July 2005, rapid ramp-up of luminosity

  4. World Wide Collaboration  distributed computing & storage capacity CMS: 1800 physicists 150 institutes 32 countries

  5. Lab m Uni x Uni a UK USA FermiLab Lab a France Tier 1 Uni n CERN Tier2 Physics Department Italy Desktop Lab b NL Lab c  Uni y Uni b   LHC Computing Model USA Brookhaven ………. Germany les.robertson@cern.ch

  6. The Data Grid Project • Project supported by the EU Fifth Framework programme • Principal goal: collaborate with and complement other European and US projects • Project objectives: • Middleware for fabric & Grid management • Large scale testbed • Production quality demonstrations • Three year phased developments & demos • Open source and communication – • Global GRID Forum • Industry and Research Forum

  7. The DataGrid Project More info on www.EU-DataGrid.org

  8. Participants • Main partners: CERN, INFN(I), CNRS(F), PPARC(UK), NIKHEF(NL), ESA-Earth Observation • Other sciences: KNMI(NL), Biology, Medicine • Industrial participation: CS SI/F, DataMat/I, IBM/UK • Associated partners: Czech Republic, Finland, Germany, Hungary, Spain, Sweden (mostly computer scientists) • Industry and Research Project Forum with representatives from: • Denmark, Greece, Israel, Japan, Norway, Poland, Portugal, Russia, Switzerland • Collaboration with US similar GRID initiatives

  9. Programme of work Middleware • Grid Workload Management (F. Prelz/INFN) • Grid Data Management (B. Segal/CERN) • Grid Monitoring services (R. Middleton/RAL) • Fabric Management (O. Barring/CERN) • Mass Storage Management (J. Gordon/RAL) Testbed • Testbed Integration (F. Etienne/CNRS) • Network Services (P. Primet/CNRS) Scientific Applications • HEP Applications (F. Carminati/CERN) • Earth Observation Applications (L. Fusco/ESA-ESRIN) • Biology Applications (C. Michau/CNRS)

  10. Programme of work Dissemination • Dissemination (M. Lancia/CNR) Management and administration • General Project Management (F. Gagliardi/CERN)

  11. Status of the project • Contract signed on December 29th, 2000 • Funding: 9.8 M Euros over 3 years (mostly FTEs) • Project started on 1/1/2001 • International test bed infrastructure being deployed • Architecture Task Force defined a first Architecture document. Presented and discussed in Amsterdam. • Project Technical Board discussed on April 19th on a delivery plan against the Architecture • First (internal milestone) at PM9

  12. Other European Grid Projects • EuroGrid: uniform access to HPC centres, portals for industrial applications • DAMIEN: tools for Metacomputing • EU IST CPA9 call for Grid projects being evaluated now • Synergy expected and encouraged by funding agencies among EU supported Grid projects • GGF3 in Italy in the fall will be a good check point • EuroGlobus in 10 days

  13. Conclusions • Data Grids becoming the very promising distributed computing technology for data intensive sciences and large “virtual” distributed communities • This builds on continuous improvement of international high performance networking, QoS and cost reduction • Importance of transatlantic test beds and large dedicated bandwidth • EU DataGrid seeking for additional funding to connect to the USA (and Star Tap) • More info on: www.EU-DataGrid.org

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