Outline of presentation

1. INFSO D INFO DAYPortfolio Analysis 2004WP 2005-06 - main orientationsFP7 perspectivesEric Badique’INFSO Strategy

2. Outline of presentation • Portfolio Analysis • WP 2005-2006: main orientations • FP7 Perspectives

3. Behind us • Call 1 • Closed April 2003 – funding € 1070m • 236 projects negotiated and launched • Call 2 • Closed October 2003 – funding € 525m • 148 projects under negotiation or launched • Call 3 • Closed 22 Sep 2004 – funding € 28m • Joint Call with production technologies • Closed April 2003 – funding € 60m • FET (Future and Emerging technologies) Open • Continuous call – funding € 60m

4. IST Calls 2003-04 : Implementation • 1,9 out of 3,8 Billion € spent in calls in 2003-04 • More than 400 projects supported • Out of 2500 proposals received • More than 6500 participations Funding per InstrumentIST Calls 1 & 2

5. IST Calls 2003-04 : Participation Academia Industry Non-profit org.

6. IST Calls 2003-04 : Concentration • Concentration of effort and building critical mass • Total number of projects selected : 3 times less than FP5 for an equivalent budget • Average budget of Integrated Projects : 5 times larger than FP5 projects

7. IST Calls 2003-04 : Integration • More intensive collaboration between various actors • Integrated Projects: 2-3 times as many partners per project • From industry, academia and public research labs

8. Examples of a high concentration 89 MEuro 66 MEuro CMOS- post CMOS E-Safety

9. 73 MEuro Other examples: Concentration and flexibility 58 MEuro Semantic-based knowledge systems Embedded Systems 102 MEuro 86 MEuro Mobile and wireless ICT for health

10. Software and services 64 MEuro

11. Software and services 13 M€/42 months/15 partners Software Engineering Service Computing 10.9 M€/24 months/18 partners 7.5 M€/24 months/20 partners AOSD IntraWebs SECSE MODELWARE AMIGO Distributed and complex systems ASG DeDISys GORDA PROMISE W2S RODIN SODIUM MADAM EDOS Free & Open Source SW PYPY CALIBRE IP - NoE Total of 16 projects and 64M€ funding

12. Networked Audio-Visual Systems 78 MEuro

13. Networked Audio-Visual Systems Metacamera MHP support Content adaptation Home platforms Interoperability & personalisation Support Actions Content Delivery Holographic Environments Convergent services Rights Management End-2-end QoS Distributed VR On-line gaming Media Networking & Content Engineering Wireless cameras Home Platforms UWB Networking AV Media techs Scalable Video Servers Next gen HiFi

14. IP Example: AMIGO 13 M€/42 months/15 partners • Open and interoperable middleware for networked home system • Intelligent user services that combine user interaction, user preferences and context awareness • Guarantee interoperability within home system between services • Automatic dynamic configuration • Demonstrators and usability feedback

15. IP Example: MEDIANET 15 M€/24 months/34 partners • Media networking • - broadband access services- home networking • Multimedia services • on-line media content delivery • personal multimedia communications • Content “engineering” • - audio and video coding • - DRM and content protection - storage • - media packaging Alcatel ST Microelectronics IMEC Thomson Philips Deutsche Thomson Brandt Canal + Belgacom Italtel Telefonica …

16. NoE example: E-NEXT • Mobile and Ambient Networking • Content Networking • Self-Aware& Scalable Networking • Service Aware Networking • Duration: 24 months • EC Contribution: 2.88Meuro • 41 Partners in 21 countries • 154 researchers – 101 PHD • Co-direction of Thesis between two E-NEXT sites • Short term scientific missions to improve cross-fertilization • Two year scholarships • Doctoral Summer school to present fresh research results

17. First analysis of FP6 IST projects • Reinforcing domains with European leadership • Mobile, microelecronic & systems, audio-visual… • Seizing new opportunities • optoelectronics, nanosystems, embedded technologies, displays, GRID, … • FP6 continues to be an incubator But… • Setting-up projects with new instruments (IP, NoE) requires more preparation from the participants • Larger projects are more risky • Managing larger projects is a challenge • Some concerns on SME participation • Oversubscription is a problem in some areas • Low level of participation of NMS • Weak third country participation

18. WP2005-06: Main orientations

19. Changes in context and technology trends Lessons learned IST WP 2005-06: Analysis and consultations • Portfolio analysis • IPPA - Integrated Programme Portfolio Analysis • Responses to previous Calls • Experience from past and on-going projects • Wide consultation • ISTC - IST Committee • ISTAG - IST Advisory Group • Programme Consultation Meetings • Web-based consultations - 5 year evaluation of IST - Review of new FP6 instruments

20. Lessons for WP 2005-06 preparation • Large oversubscription in some fields • “Networked Government, Networked Business”, “ICT for Health”, “Technology Enhanced Learning/ Access to Cultural Heritage”, “software”, “Risk Management” and “Mobile applications” • Low SMEs participation • Call1: 16%; Call2: 17% • NoEs : 7%; IPs: 15%; STREPs: 24% • Integration of the ICT research effort in an enlarged Europe • Participation of Member States that joined the EU recently and of Associated Candidate Countries below expectations (3 to 4%) • International co-operation • Domain-specific approaches are needed

21. IST WP2005-06: Focussing • Sharper descriptions of each SO • Precisions on the use of the instruments within each SO • Budget distribution between instruments adapted to each SO Example: Refocusing of Collaborative Working Environments and inclusion of ‘service creation’ activities in Mobile & Wireless SO

22. Call 4 Mobile & Wireless systems beyond 3G Realise the vision of "Optimally Connected Anywhere, Anytime" supported by all system levels from access methods and networks to service platforms and services • Generalised access network (novel air interfaces, common, flexible and seamless all IP infrastructure supporting scalability and mobility) • Advanced resource management techniques allowing optimum usage of spectrum • Global mobility through different access networks, with end to end quality of service, including security • Advanced interworking access technologies. New architectures for composite, meshed, PANs, ad hoc networks… • Advanced technologies and architectures for reconfigurability • Wireless network technologies for ad hoc, sensors and adaptive communication networks. Advanced signal and antenna processing • Enabling technologies for mobile service creation and interoperability 138 MEuro

23. WP2005-06: SMEs • Distribution of SMEs participation in Calls 1 and 2 • Call1: 16%; Call2: 17% ->but analysis not finalised • NoEs : 7%; IPs: 15%; STREPs: 24% • Instruments • Many NoEs are already launched in most fields; funding for NoEs to decrease significantly in WP 2005-06 • Adaptation of instruments to SOs should help • Keep an overall balance of new and traditional instruments • Specific measures when needed • Nanoelectronics; Technologies and devices for micro/nano-scale integration; ICT for networked businesses

24. Call 5 ICT for Networked Businesses 46 MEuro • Key Objectives • Software solutions supporting organisational networking and process integration • Distributed and collaborative network-oriented systems for efficient, effective and secure product and service creation and delivery • Focus • Digital business ecosystems for SMEs • open-source environment ; design, development and take-up of flexible and adaptable software applications • Extended products and services • decentralised architectures ; new approaches to business processes • Horizontal actions • new legal challenges raised by networked and collaborative paradigms

25. Main socio-economic trends • Increasing competition at a global scale • Also research is increasingly organised on an international scale • Including from emerging economies : China, India, … • De-localisation ; Open Innovation • Focus on higher parts of the value chain ; Faster innovation cycles • Enlargement of the Union • An opportunity but requires further effort on ‘integration’ • Ageing • Starting to feel the impact … • Security concerns

26. Call 4 Broadband for all 65 MEuro • Network technologies and architectures for broadband access • Optimised access technologies for less developed regions, and for the enlarged Europe in line with eEurope • a European consolidated approach for standardized solutions, regulation and best practices • Low-cost access and edge network equipment (optical fibre, fixed wireless access, interactive broadcasting, satellite access, xDSL and power line networks) • Network management, new protocols, inter-domain routing and traffic engineering for end-to-end delivery of new added-value services, with QoS and security. • Service-enabling technologies and platforms based on convergence and interoperability of Telecom and Internet Infrastructure (resilience, multicasting, flexibility) • Increased bandwidth capacity, in the access network as well as in the underlying optical core/metro network (optical burst and packet switching)

27. Integration in an enlarged Union In Calls 1 and 2 • Increased participation of the then candidate countries from Call1 to Call 2 (<3 to >4 %) but • in areas of eGovernment, eBusiness, eLearning, eHealth, their oversubscription rate was extremely high; often the double of the average oversubscription • Shows a research potential but a weakness in the integration of the research effort

28. Call 4 Strengthening the Integration of the ICT research effort in an Enlarged Europe 63 MEuro • Key Objectives • Innovative and efficient ICT-based systems and services in key application areas • Strengthening of integration of the IST European Research Area • Focus • eLearning (ICT-based systems for teaching and learning) • eHealth (ICT-based eHealth systems and services) • eGovernment (ICT-based systems for delivery of key public services) • eBusiness (e-collaboration for SME clusters - B2B and B2C e-commerce)

29. Call 4 Towards a global dependability and security framework 63 M Euro Focus • integrated frameworks and technologies for resilience, dependability and security • modelling/simulation techniques and synthetic environments for interdependencies, recovery and continuity • technologies and architectures for secure computing and interoperable management and trustworthy sharing of digital assets • secure and interoperable biometrics • security assurance and certification of complex networked systems and infrastructures

30. Main technology trends • Innovation from ICT “use” in different fields • Bringing closer services and technology developments “Mobile service development platforms” shifted from “Applications and services for the mobile user” to “Mobile and wireless systems beyond 3G” • Trial of “Experience and Application Research“ • Early user involvement • The “use“ is integrated into the research activity • Increasing convergence • Within ICT • Communications/computing/media, fixed/wireless, etc. • Between ICT and other fields • Info-bio, ICT-cogno, ICT-nano-materials

31. Call 4 Networked Audio Visual Systems and Home Platforms 63 MEuro “Audio Visual” systems and applications in converged and interoperable environments encompassing broadcasting, communications, mobility and IP • Optimised audiovisual network architectures and interoperability • Middleware architectures for optimised content adaptation and delivery • Synchronisation of different delivery channels • Control issues associated with service delivery in both intra and inter-domain operators’ environments. • Audio Visual data handling (representation and coding) • Audio visual data access and rendering through low power and affordable terminals • Comprehensive, upward compatible, interoperable architecture for end to end content protection and rights management; • Evolution towards advanced applications (3D-TV, on-line mobile gaming, distributed storage devices (including portable devices), electronic cinema, virtual/tele presence or future mixed reality services) • Roadmaps and research agenda

32. Addressing the increasing complexity • Support development of increasingly complex systems • Integration is an issue • Technology, Design tools, applications and generic systems research • Examples • SoCs and SiPs in Nanoelectronics • Network centric Operating systems (in Advanced Grid technologies, systems and services) • Embedded systems: design, cooperating objects, adhoc networks, etc.. • Managing complexity in Software and services • Complex systems in FET

33. Call 5 67 MEuro Software and services • Key Objectives • Engineering and management of software systems, services and applications • Open and interoperable platforms, methodologies, middleware, standards and tools. • Focus • Engineering, management and provision of services and software • Principles, methodologies and tools for design, management and simulation of complex software systems • Development, deployment, evolution and benchmarking of open source software. • Software systems with properties such as self-adaptability, flexibility, robustness, dependability and evolvability. • Support actions contributing to the evolution of the software industry

34. Trust & Security IST for societal challenges IST for work & business challenges Demanding applications Applied IST for major societal and economic challenges Communication, computing & software technologies components & µsytems Knowledge & interface technologies  Communication & networking Software µ, nano & opto electronics µ and nano systems Knowledge technologies interfaces IST in FP6 anywhere, anytime, anywhere, any service, for all’ core technologies & “pull-through” applications

35. Call 4: Open 1 December 2004, Close 22 March 2005

36. Call 5 : Open 17 May 2005, Close 21 September 2005

37. FP7 Perspectives

38. FP7 – Political context • Launch of FP7 coincides with the new Financial Perspectives of the EU • The EU priorities, actions and budgets for 2007-2013 • The Union Priorities for 2007-2013 • Growth and sustainable development (competitiveness, cohesion and sustainable management and protection of natural resources) • European citizenship (freedom, justice, security, access to basic public goods) • Europe as a global partner (role on the international scene) • Research and innovation: A priority of the Union • Budget increase and new modes of intervention

39. FP7 Consultation • Lessons learnt • 5 year assessment, FP6 instruments evaluation (Marimon); impact assessment • ISTAG • 4 WGs in 2004 addressing content and instruments, reports in May 2004 • Member states • ISTC, Group of ICT research directors, • External bilateral meetings • Major participants in IST in FP5 & 6 • Work shops with external experts • Web consultation

40. 2005 2007 – 2013 ? 2006 2004 2003 Timeline WP03-04 WP05-06 Call1 Call4 Call6 (?) Call5 Call2 Call3 FP6 FP7 2007 - 2010 ? WP + Calls Communication: "Preparing the future: reinforcing European research policy" (16/06/04) Adoption Proposals on FP and SPs New Financial Perspectives

41. Towards FP7: Proposed support mechanisms Continuity • Networking and collaboration • Research infrastructures • Human resources • Co-ordination of national and regional research programmes and policies New elements • Basic research: Individual research teams • Private/public partnerships (technology platform concept) + • Space • Security

42. FP7: Support to individual research teams • Support to Basic Research through Individual Grants • Stimulating competition at European level • Excellence as a major criterion for selection • Outsourcing to an executive agency • European Research Council

43. European Technology Platforms • Technology platforms aim at providing the means • to foster effective public-private partnerships • between the research community, industry, financial institutions, users and policy-makers, • in order to mobilise the research and innovation effort and facilitate the emergence of “lead markets” in Europe • Council invites Commission to set up a limited set of ETPs

44. ETP: In which field? • Where there are clearly identified outcomes from RTD coordination • strengthening industrial competitiveness, addressing societal challenges • need for consensus building e.g. to develop standards • need to coordinate with other research funding bodies, MSs Eureka,… • Were industry is clearly committed to invest in the research roadmap • Involvement at the highest level. • ETPS are NOT just forums for discussion or advisory groups. • Where technology progress has to be articulated with other actions • regulatory framework, uptake measures • 3 initiatives so far • Nano electronics • Embedded systems • Mobile and wireless Technologies

45. Conclusion • Portfolio analysis is a continuing process • Statistics to be refined • Strategic analysis ongoing • WP 2005-06 provides continuity • Takes account of lessons learned • Adapted to market and technology changes • 2nd phase of FP6 provides a key opportunity to shape and improve the impact of IST research in Europe • FP7 proposal to reinforce ICT research and provide continuity • Europe is well positioned to shape the future & compete Plenty of opportunities for domains represented today

46. For Further Information General FP6: http://europa.eu.int/comm/research/fp6/ http://www.cordis.lu/ IST: http://www.cordis.lu/ist IST infodesk E-Mail : ist@cec.eu.int Fax : +32 2 296 83 88