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Software Technologies In the 6th Framework Programme CBSEnet Workshop Budapest , 3 April 2003

Software Technologies In the 6th Framework Programme CBSEnet Workshop Budapest , 3 April 2003. Vassilis Kopanas DG Information Society / Unit D3. Outline of presentation. FP6: Structure and budget IST: Structure and priorities Work-programme and Call organisation

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Software Technologies In the 6th Framework Programme CBSEnet Workshop Budapest , 3 April 2003

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  1. Software TechnologiesIn the 6th Framework ProgrammeCBSEnet WorkshopBudapest , 3 April 2003 Vassilis Kopanas DG Information Society / Unit D3

  2. Outline of presentation • FP6: Structure and budget • IST: Structure and priorities • Work-programme and Call organisation • Software Technologies and Distributed Systems • Rationale • Priorities • Call implementation

  3. ERA - Context for EU supported RTD • Moving to a European level Research policy • strengthen co-operation between national and EU activities • improve links between national and EU policies and schemes • take into account the EU enlargement • develop a “shared vision” on European RTD • open potential for co-funding arrangements • Realising ERA will require • new thinking: more strategic and goal-oriented • new approach: concentration, critical mass and flexibility • new scope: taking into account the internat. dimension of RTD • new instruments: Integrated Projects (IPs) & Networks of Excellence (NoEs) FP6 is not business as usual!

  4. FP6 components

  5. ~200M€ for GEANT/GRID ~100M€ for GEANT/GRID 16270 M€ FP6 Budget Analysis • Focussing and Integrating • Genomics 2255 M€ • Information Society Technologies 3625 M€ • Nanotechnologies, int.. 1300 M€ • Aeronautics and space 1075 M€ • Food quality and safety 685 M€ • Sustainable development 2120 M€ • Citizens and governance .. 225 M€ • Anticipation of S&T needs • Anticipating needs 555 M€ • SMEs 430 M€ • Specific INCO 315 M€ • Strengthening ERA foundations 320 M€ • Structuring ERA • Research and Innovation 290 M€ • Human resources 1580 M€ • Research Infrastructures 655 M€ • Science/Society 80 M€ • Joint Research Centre 760 M€

  6. FP6 Differs • From Project-thinking to Initiative-thinking • new instruments: Integrated Projects & Networks of Excellence • more strategic thinking • Aiming at Europe-wide approaches • not just supporting a particular RTD work • making sure that Community funding helps aggregate EU, Member State & private funded effort(s) • Different way of describing content and calls • a lighter workprogramme, different sequencing of calls, increased flexibility during projects implementation

  7. Outline of presentation • FP6:Structure and budget • IST: Structure and priorities • Work-programme and Call organisation • Software Technologies and Distributed Systems • Rationale • Priorities • Call implementation

  8. Global Satellite Suburban Urban In- Building Micro-Cell Home Cell Macro-Cell Pico-Cell Seamless & Rich Connectivity(fixed optical & wireless communications) Anthropocentric Interfaces Intelligent Environments FP6-IST vision: ‘Ambient Intelligence’ Software & Systems Technologies

  9. Security, privacy IPRs, dependabilty Smart cards,... Health, eInclusion, mobility, environment safety, cultural heritage GRIDS for science, engineering business and society E and m business, e and m work, learning Trust & Security IST for societal challenges IST for economic challenges Demanding applications Applied IST for major societal and economic challenges Pervasive, mobile, wireless, trustful infrastructures Miniaturised, low cost low power components & µsytems Natural interactions with ‘ knowledge ’  Communication & networking Software Technologies µ, nano & opto electronics µ and nano systems Knowledge technologies interfaces • Mobile: beyond 3G • Fixed:All optical • Integrated (IPv6) • Adaptive • Reliable • Embedded • Distributed • Adaptable • CMOS : the limit • System-on-Chip • Nano-scale • New materials • Multidiscplines • New Sensing • Networked • New materials • Nano-scale • Context based • Semantic based • Agent based • Scaleable • All senses • Multilingual • Intuitive • ‘Surrounding’ Specific Integration Anywhere anytime natural and enjoyable access to IST services for ALL Building blocks Generic

  10. Outline of presentation • FP6: Structure and budget • IST: Structure and priorities • Work-programme and Call organisation • Software Technologies and Distributed Systems • Rationale • Priorities • Call implementation

  11. FP6 Workprogrammes - Principles • Focus and concentration • selection of limited set of objectives based on inputs received: • socio-economic drivers, AmI vision, constituency readiness • SWOTs analysis for Europe’s options conducted at all levels • Integration • ensuring co-evolution of technologies and applications • via efficient exploitation of technology breakthroughs • through challenging applications pulling technology development • Realising the ERA in IST • focus on work that needs to be addressed at EU level • incremental build-up of Europe-wide approaches to RTD in IST • through aggregation of public and private effort

  12. IST Workprogramme - Approach • a two year WP to ensure concentration of effort and visibility for the research Community • more limited number of calls (three over two years) • concentration on a limited set of Strategic Objectives • selection and focus based on Europe’s options • a total of 23 strategic objectives for the two years: 12 in 2003 + 11 in 2004 • addresses RTD in both technologies and applications • focuses on new instruments • ~70% of budget targeted to new instruments (IPs, NoEs) • for each Strategic Objective: 2-3 IPs, 2-3 NoEs and some STREPs, CAs, SSAs.

  13. Strategic Objectives addressed in Call 1 Strategic Objectives covered in Call 2 • Pushing the limits of CMOS,preparing for post-CMOS • Micro and nano-systems • Broadband Access for All • Mobile and wireless systems beyond 3G • Towards a global dependability and security framework • Multimodal interfaces • Semantic-based knowledge systems • Networked audiovisual systems and home platforms • Networked businesses and governments • eSafety for road and air transport • eHealth • Technology-enhanced learning and access to cultural heritage • Advanced displays • Optical, opto-electronic, photonic functional components • Open development platforms for software and services • Cognitive systems • Embedded systems • Applications and services for the mobile user and worker • Cross-media content for leisure and entertainment • GRID-based Systems and solving complex problems • Improving Risk management • eInclusion • Product design and manufacturing 2010 Indicative IST Call Sequence in 2003 Technology components Integrated systems Applications

  14. Outline of presentation • FP6: Structure and budget • IST: Structure and priorities • Work-programme and Call organisation • Software Technologies and Distributed Systems • Rationale • Priorities • Call implementation

  15. Facts and Figures (EITO 2003) • EU software market in 2002 was 65 B€, with an expected growth for 2002-04 over 3.1 % (worldwide: 207 B€/5.1%, US: 97 B€ / 2.9 %). • EU ICT expected growth 5.1%. ACCs: 9.1% (ST 13.5%) • Not including in-company software production and use • An additional 125 B€ in IT services (integration, consulting, training, maintenance, excluding telecom carrier services) • 60-70% of software development in EU takes place in ‘secondary SW/IT industry’ (automotive, consumer electronics, telecom, aerospace, engineering, …)

  16. Status of European Software Industry • Weak in Tools and Packaged Software (-) • OS, PC platform, standards and interoperability dominated by US industry (-) • 70% of software development in secondary industry (telecom, automotive, aerospace, engineering, …) (+) • Traditionally strong academic research, but declining (+/-) • Strong Open Source Software Community (+) • Emerging market for value-added services (mobile) (+) • Strong teaching focus in Software Tech. in ACCs(+)

  17. Strategy for competitiveness (1) OBJECTIVE “Strong support for RTD in SW/S technologies” Building open development and run-time environments for software and services • providing methods, tools and middleware • covering all phases of the life-cycle • applicable to broad classes of software systems and services • longer-term foundational research

  18. Strategy for competitiveness (2) RESEARCH FOCUS • High level methods, esp. for early development phases, for systems design and integration (e.g. MDA), addressing non-functional aspects, autonomy and composability • Modular customisable development environments supporting evolving processes, consistency and traceability • Light methodologies, esp. for co-operative and distributed development • Open platforms, middleware and languages for interoperability, composability and integration (incl. e.g. P2P, agents, dynamic adaptability and evolvability)

  19. Strategy for competitiveness (3) • use Europe’s industrial strength in telecoms, automotive, aircraft, consumer electronics, chemicals, etc. • promote activities (IP, NoE, STREP, CA) aiming at building collaboration between large industrial users, software (tool, COTS, component, service) vendors with support by academic research, leading to strong (often) sectorial user/supplier networks • foundational research only through STREPs and CAs • where appropriate, complementarity and co-operation with work under EUREKA/ITEA

  20. Strategy for competitiveness (4) SW/ST IN OTHER SOs • Embedded Systems, GRIDs • Telecommunications • focus on service creation environments: interoperability, composability, network management, middleware, complexity • Extended Home Environment • seamless access, middleware, resource management, adaptability and reconfigurability • Security, Health, Environment, Transport, Leisure, ... • call for strong RTD components in core SW/S technologies; led by the researchers from the application domain • Business and Enterprise • e-Government • use of Open Source Software and interoperable service platforms

  21. Calls Roadmap for 2003 CALL 1 • Opened: 17th December 2002 • Closes: 17h00, 24th April 2003 CONTINUOUS CALL (FET Open) • Publication: 17th December 2002 • Opens by February 2003: FET Open CALL 2 (incl. Open Dev. Platforms for SW and Services) • Opens: 15th June 2003 • Closes: 17h00, 15th October 2003

  22. • DG-Research FP6 main Web page http:// europa . eu . int / comm /research/fp6/index_en.html • New Instruments http:// europa . eu . int / comm /research/fp6/networks- ip .html • Model Contracts http:// europa . eu . int / comm /research/fp6/working-groups/ model-contract/index_en.html • FrequentlyAsked Questions http:// europa . eu . int / comm /research/ faq .html • The European Research Area http:// europa . eu . int / comm /research/era/index_en.html • CORDIS RTD beyond 2002 http://www. cordis . lu /rtd2002/ • IST in FP6 http://www. cordis . lu / ist /fp6/fp6. htm • IST Helpdesk Fax. +322 2968388 E-mail ist @ cec . eu . int Further Information

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