Grid in FP6-IST and the European Research Area

Transcription

1 Grid in FP6-IST and the European Research Area Enabling application Wolfgang Boch Head of Unit DG Information Society Unit F2 - Grids for Complex Problem solving Architecture, Design and Development of the next generation GRID technologies 1

2 Outline Grid research in FP6-IST IST/Grid in the context of ERA policy Conclusions 2

3 Mission of DG INFSO/F Policies : einclusion, eeconomy Technology Development Infrastructure & Testbeds Applied Research einclusion New working environment Grid-technology/middleware for complex problem solving Grid & IPv6 Testbeds Research Infrastructure Research at the Frontier of knowledge Future and emerging technologies 3

4 Grid Research and Deployment in FP6 Grids for Complex Problem Solving Architecture, design and development of the next generation Grid Enabling application technologies DG IST - F2 Research & Development Technology-oriented strategic objectives e.g. semantic web, software and services Application-oriented Strategic Objectives e.g. ebusiness, egov, ework, ehealth, risks management 125 M (IST) R&D R&D Research Infrastructure Deployment of specific high performance Grids Deployment of high-capacity and high-speed communications network - GEANT DG IST - F3 Deployment 200 M RI 4

5 GÉANT & Grids implementation 100 M 100 M Structuring ERA GÉANT Grids Grids RI I3 CA SSA RN testbeds >>100 M Integrating & Strengthening ERA Grids for complex problem solving 125 M IST IP NoE STREPs CA SSA 5

6 The Challenge (1) Hypermedia Web Semantic Web Information Retrieval Web Services Current Grids OGSA Semantic Grid Next Generation Grids Database Metacomputing Authentication Scheduling 6

7 The Challenge (2) Moving Grid from e-science to Industry Promote Grid research to Solve complex problems with high economic and societal impact Exploit the potential of Grids beyond e-science Ease access and use of Grids Industry & Business Grids e-science 7

8 The Challenge (3) Grids for Complex Problem Solving Application Sector 1 Application Sector 2 Application Sector 3 Generic enabling application technologies Tools and environments for simulation, data mining, knowledge discovery, collaborative working,... Next generation Grid Architecture, design and development addressing security, business models, open source/standards,interoperability, Application Sector n Applications e-business, e-health, e-gov, e-learning, environment Grids for CPS focus 8

9 Vision - creating an e-infrastructure Science Society Industry Business e-infrastructure (Grids empowered) Broadband Security Enabling Applications Technologies Semantic web Next Generation Grids 9

10 FP5 IST - Grid and P2P Projects Project name Start date Duration Funding ( ) 1 EUROGRID ,065,769 2 DATAGRID ,872,506 3 DAMIEN ,229,348 4 GRIA ,016,213 5 DATATAG ,980,826 6 GRIDLAB ,085,998 7 GRIP ,338,996 8 EGSO ,400,000 9 CROSSGRID ,860, MOSES ,505, MMAPS ,392, GRIDSTART ,449, GRASP ,955, WEBSI ,799, ASP-BP ,485, P2PEOPLE , FLOWGRID ,099, OPENMOLGRID ,988, GRACE ,889, COG ,061, BIOGRID , GEMSS ,626, MAMMOGRID ,899, SELENE ,000 Total 57,884,745 Grid Project Portfolio Infrastructure DataTag Computing EuroGrid, DataGrid, Damien Tools and Middleware GridLab, GRIP Applications EGSO, CrossGrid, FlowGrid, BioGrid, OpenMolGrid, Moses, COG, GEMSS, Grace, Mammogrid, Selene P2P / ASP / Webservices P2People, ASP-BP, WEBSI, MMAPS, Grasp, GRIA Clustering GridStart 10

11 Grid Project Example (1) Example Project GRASP GRID based Application Service Provision Shift to industrial/business use of the Grid Industrial strength service provision middleware for Grids resource management security Service Level Agreements (SLA) and Quality of Service (QoS) business models and pricing Pilot applications in: biomedicine + finance 11

12 Grid Project Example (2) Example Project GRIP GRID Interoperability Project Grid Interoperability: enabling applications and virtual organisations to use simultaneously different Grid middleware based on common open standards German-based development with EU support open standards US-dominated effort with EU contributions open source Contribute to standardisation (Global Grid Forum: GGF) Pilot applications in: meteorology + molecular biology 12

13 IST-FP6 commitment to Grid research First actions launched in IST-FP5 Grid research is a strategic objective New Unit dedicated to Grid research 125M From FP5 to FP6 Grid research funding more than doubles 58M FP5 FP

14 Grid in Call 2 of IST WP Call 2 of IST/FP 6 (planned) expected opening: 17 th June 2003 expected closure: 15 th October 2003 Grids for Complex Problem Solving Indicative Budget: 45 M Instruments: IP, NoE, STREPs, CA, SSA Indicative budget on Grids for Complex Problem Solving in FP6: 125 M Links with other Strategic Objectives 14

15 Grid FP6 Preparatory activities 2003 Workshop held on January focusing on constituency building Launch of expert group to identify research priorities towards the next generation Grid (April) Establish inventory of on-going Grid research in Europe and beyond Position future European IST Grid and Infrastructure actions with respect to the US Cyberinfrastructure Initiative (proposed funding 1020 M$/year) Workshop: Grid-based enabling application technologies (28-29 April) Workshop: Grid platforms for e-enterprise applications (planned) Concertation Meeting of FP5 Grid projects (18-19 June) 15

16 Recommendations Grid Workshop Jan 2003 Make inventory of present Grid research Technology re-use should be assured Learn from 1 st generation projects / Inventory by GridStart Project Set up a small group of visionary experts to Identify research priorities for the next 5-7 years and propose pragmatic steps to be taken; Propose a roadmap for the implementation of these steps (in view of upcoming calls for proposals); Align technology priorities and means of implementation with policy objectives, e.g. ERA, European Centres of Excellence, etc. Network/liaise and discuss findings with the Grid research community; Propose actions to increase efficiency in international collaboration. Workshop results: 16

17 Outline Grid research in FP6-IST IST/Grid in the context of ERA policy Conclusions 17

18 European research policy context European Research Area (Lisbon Summit, March 2000) IST-FP6 to boost the emergence of ERA! Grids: a main strategic objective! R&D investments from 1.9% up to 3% of GDP by 2010 (Barcelona Council, March 2002) 18

19 ERA: a new context for EU supported RTD Moving towards a European level Research policy Strengthen co-operation between National and EU Activities Improve links between National and EU policies and schemes Development of a shared vision on European RTD Potential for co-funding arrangements FP6 is a major instrument to realise ERA Realising ERA will require New thinking: more strategic and goal oriented New approach: concentration, critical mass and flexibility FP6 is not business as usual! New scope: taking account of the international dimension of RTD (greater awareness of who s doing what) New instruments: Integrated Projects (IPs) & Networks of Excellence (NoEs) 19

20 FP6 is not business as usual! From Project -thinking to Initiative - thinking New instruments: Integrated Projects & Networks of Excellence More strategic thinking Develop Europe-wide approaches Making sure that Community funding helps aggregate EU, Member State & private funded effort(s) It is not just supporting a particular RTD work 20

21 ERA: the co-ordination dimension Objectives: Support the member states in developing common visions/activities and co-ordinating their effort Using if needed, the FP6 instruments Approach Two main layers: 1- Exchange of information: between the MSs and ACCs 2- Help develop common initiatives Complements the ISTAG work. To be organised at programme level and at domain level Using Co-ordination Actions to prepare/initiate co-ordination 21

22 Outline Grid research in FP6-IST IST/Grid in the context of ERA policy Conclusions and issues for discussion 22

23 Conclusions Grid technologies will revolutionise the Internet of tomorrow as the Web did for the Internet of today Grid research represents a key priority in IST-FP6 and will serve as a means for the evolution of ERA Need for stronger co-ordination of existing Community, Member States and international Grid research initiatives, e.g. through a Virtual Grid Middleware Laboratory The shift of Grids from e-science to industry will in future reap the benefits for European business, industry and society 23

24 Issues for discussion Co-ordination of Member States Grid programmes Global collaboration Specific issues Italian Presidency events IST 2003 Grid themes Co-ordination actions 24

25 IST & Grid Research - Sources of Information IST on CORDIS: FP6 web main page: New Instruments: Model Contracts: Frequently asked Questions: The European Research Area: CORDIS RTD beyond 2002: FP6 on CORDIS: Expressions of interest: IST roadmap & workshops: Grids in IST-FP6: IST in FP6: IST helpdesk Fax : ist@cec cec.eu.int Registration for FP6 database of experts: Re-registration of FP5 experts for FP6: 25