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From GEANT to Grid empowered Research Infrastructures ANTONELLA KARLSON

From GEANT to Grid empowered Research Infrastructures ANTONELLA KARLSON DG INFSO Research Infrastructures 18 January 2003. Our Unit FP5: Research Networking FP6: Research Infrastructures Brochure: “Research Networking in Europe - striving for global leadership” published September 2002

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From GEANT to Grid empowered Research Infrastructures ANTONELLA KARLSON

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  1. From GEANT to Grid empowered Research Infrastructures ANTONELLA KARLSON DG INFSO Research Infrastructures 18 January 2003

  2. Our Unit FP5: Research Networking FP6: Research Infrastructures Brochure: “Research Networking in Europe - striving for global leadership” published September 2002 web site:http://www.cordis.lu/ist/rn/home.html

  3. RI in FP5 Grids Testbeds IPv6 Testbeds Optical Testbeds GÉANT network International dimension R&D Research Networking in FP5 Facts : • GÉANT / international connectivity • Grids pilots involving leading research centers • Large scale experimentation on IPv6 • High political visibility - EP, Council, eEurope 2002 • Doubling the budget in FP6

  4. RI in FP5 RESEARCH NETWORKING Networks for research European research networking backbone - GEANT Strategy and benchmarking - SERENATE International Research on networking GRIDS cluster GRIDSTART IPv6 cluster 6LINK Access techn. Digital libraries Optical QoS ……

  5. RI in FP5 • Total cost of 200 MEuro over 4 years / EU contribution 80 MEuro • The world’s most advanced backbone for research • Linking more than 3000 Universities • SERENATE - strategic study on the future of RNs • Operating at 10Gbps • Pan-European coverage (32 countries) GEANT

  6. RI in FP5 GEANT NRENs* Access Capacity to the GEANT Backbone 10 (June and December 2001) 5 4 3 Gigabits per sec 2 622Mbps 1 0 DK FIN S B D E F I NL UK A EL IRL L P GEANT: the achievements

  7. RI in FP5 NeDAP Japan-Europe GTRN 155Mbps 5Gbps EUMedIS TEIN 20Mbps ALIS NeDAP Virtual Silk Road SEEREN GEANT: international

  8. RI in FP5 Gridprojects in FP5 Cross program action (CPA9) projects In the year 2001: Six projects - € 19,686 M In the year 2002: Eight projects - € 11,341 M IST: Research Networking In 2000, 2001 and 2002: Four projects - 13,973 M IST: Health In 2002: One project - 3,876 M Total EU funding in IST: 48,876 M

  9. RI in FP5 Current Grid test-beds Most of the projects include test-beds, which bring Grid technology from the laboratory into the real world Several application areas – high energy physics, asytrophysics, quantum chemistry and drug design, earth and environment, biology, medicine, risk management, computational fluid dynamics, industrial simulations, etc.

  10. RI in FP6 IST Programme Structuring the ERA Programme Research Infrastructures Research Networks “GÉANT and GRIDs” Research Networks in FP6

  11. The vision: Pan-European Grid-enabled Research e-Infrastructure RI in FP6 e-Infrastructure • deployment of the most performant research backbone network in the world (GÉANT) – boosting the transfer of information • piloting of new and particularly powerful forms of distributed computing – Grids – boosting the processing of information Grids Grids pilots Grids GEANT IPv6 IPv6

  12. RI in FP6 Global knowledge infrastructure • e-science: include all fundamental and applied sciences • e-business • security, semantic web, automatic management, mobility Relate to policies: • corner-stone of the ERA • integrate national Infrastructures • powerful instrument for international cooperation • enhance social and geographic cohesion

  13. RI in FP6 FP6 – focus on GÉANT • GÉANT – maintain and capitalise on worldwide leadership in Research Networking • FP6 GEANT network will represent a significant step forward in terms of: • services • communities served • geographical scope • bandwidth • implement new technologies

  14. RI in FP6 • Grids – from experimental pilots to stable provision of services • Deploy Grids-empowered infrastructure which serves the research community in all scientific disciplines • This infrastructure should exhibit production-level performance capabilities and constitute itself distributed facilities at gigabit/terabit scales (in terms of computing, storage and communication power) FP6 – focus on Grids

  15. RI in FP6 Challenges for Grids in the context of Research Infrastructures • Do not exist well defined national institutions for Grids responsible for deploying national infrastructures (similar to NRENs) • Do not exist established funding schemes which are appropriate to the high level of integration and cooperation that the widespread of Grid technology imposes • The technology is not mature enough • Currently industrial entities are not ready to take the high risk of investment in Grids • We turn to the research community in Europe: knowledgeable, creative, innovative, open to change, internationally oriented, strong community identity...

  16. RI in FP6 • Test-beds will promote the fast validation and pervasive penetration of state-of-the-art technology into research infrastructures • Test-beds will create the needed scale and focus in order to foster the new technological and service developments required by the research community. • Focus on: • new routing and protocol schemes • access technologies • photonic networks • lambda and terabit networking • global networking ... FP6 – focus on test-beds

  17. Grid-enabled e-infrastructure that serves the concrete and actual needs of researchers => Major priority: User communities • Objectives: • identify as many as possible user communities • specify their requirements • make predictions for the evolution in time of these requirements • identify the synergies between different communities • describe their geographical coverage and expansion

  18. In collaboration with: SERENATE GEANT GRIDSTART DATAGRID National Initiatives Specific research communities

  19. Contact SERENATE and the Commission in order to give input to our study Antonella.Karlson@cec.eu.int

  20. RI in FP6 Thank you for your attention

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