IST in FP6 IST in the Framework Programme and in the Specific Programmes

1. IST in FP6 IST in the Framework Programme and in the Specific Programmes

2. Outline of presentation • FP6 overview • IST rationale and context • Elements of IST in FP6 • FP6 instruments • FP6 budget

3. The timetable for FP6 21 February 2001: Commission proposal to Council and Parliament 3 March 2001: Presentation to informal Council meeting in Uppsala April 2001: Starting the IST consultation process 30 May 2001: Commission proposal on Specific Programmes June 2001: Research Council July 2001: Parliament ’s first reading of FP6 July 2001: Commission proposal on participation rules Oct/Dec 2001: Research council position March 2002: Parliament second reading Spring 2002: Conciliation procedure June 2002: Final adoption

4. Commission proposal for FP6

5. I E R NTEGRATING UROPEAN ESEARCH P T A A / RIORITY HEMATIC REAS NTICIPATING S T NEEDS Research for policy Frontier research, support unexpected developments Nanotechnologies, intelligent mat., Information society technologies Genomic and biotechnology Food safety and health risks new production processes Specific SME activities Sustainable development in the knowledge society Citizens and governance Aeronautics and space and global change Specific international cooperation activities for health JRC activities S TRENGTHENING THE S ERA TRUCTURING THE FOUNDATIONS OF ERA Research Human Research Science and Coordination Development and resources & infrastructures society of research of research/ innovation mobility activities innovation policies Commission proposal for the SP (30-05- 2001) SP: JRC

6. Main IST related parts of FP6

7. IST: a key component of EU policy • The Union has set an objective for the next decade …Lisbon council: • “To become the most competitive and dynamic knowledge-based economy in the world, capable of sustainable economic growth with more and better jobs and greater social cohesion.” • eEurope: A major instrument to attain this objective • IST providing the key technologies ….for knowledge creation, sharing and exploitation

8. IST: The “global race” to knowledge • The US invests 3 times more on RTD in IST • 52% of RTD effort in IST in OECD countries is in the US • Only 17% in Europe (22% in Japan) • Public investment in the EU is 50% of the US effort • And the gap is widening • The EU effort is fragmented • Critical mass is rarely reached in the member states • … and IST’s have shorter and shorter life cycles...

9. A broader IST picture USA EU … in terms of markets … in terms of research efforts

10. Europe can react... • ...well positioned • to take advantage of future developments • new and emerging technologies/markets (post PC..) • can build on strengths • in Mobile and Wireless, embedded software, consumer electronics, rich content and service provisioning • EU RTD in IST provides a unique opportunity • to aggregate fragmented effort • build consensus and provide a “global approach”

11. Strategy • Focus • Critical mass • Building on European strengths • Flexibility • Speed in implementation

12. IST in FP6: key elements • Policy framework: Lisbon conclusions • Vision • “Ambient Intelligence” to provide natural and enjoyable interactions with IST applications and services • Objectives • Strengthen European competitiveness and technology base • Build the information and knowledge society for ALL • Scope • Core technology and pull-through applications • Challenges • Bring the users, “people”, to the foreground the “centre of our attention” .. • and build technologies for the background (almost invisible)which are trustful and embedded in everyday objects

13. The way forward: “All inclusive Knowledge Society” • IST today • PC based …………………………………. • Driven by professional use ………………. • “Keyboard and screen” ………….……….. • “Writing and reading”…………..…..…….. • Low bandwidth………………….………... • Mobile telephony (voice)………...….……. • e-Services are just emerging………………. • Steep usage learning curve……….……….. • “Word” based information search…………. • Only 5% of global population on-line…….. “Ambient Intelligence” tomorrow “Our surrounding” is the interface Personalised and for all users Technology is almost invisible Use of more senses, intuitive Infinite bandwidth and performance Mobile/Wireless full multimedia services Wide adoption of eHealth, elearning, .. Laid-back mode of interaction Context-based knowledge handling > 70% of world wide population on line

14. 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 & Confidence 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 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 material • Multidiscplines • New Sensing • Networked • New material • Nano- scale • Context and • Semantic based • Agent based • Scaleable • All senses • Multilingual • Intuitive • ‘ Surrounding ’ integration Specific Anywhere anytime natural and enjoyable access to IST services for ALL Generic Building blocks

15. Other IST activities in FP6 • Exploring future visions and paradigms • Anticipation of S&T needs • “Parts” of current FET • Support to eEurope • Anticipation of policy needs • Building Research Infrastructures • Research Networks • access to RTD facilities • Enhancing the impact • Innovation and support to SMEs • Extending global co-operation • Fighting the skills gap • mobility of researchers..

16. FP6 Instruments for priority areas • Three instruments: • Networks of Excellence • Integrated Projects • Article 169

17. Instruments for « priority » areas (1) • Networks of Excellence (in the SP) • Common programme of activities • Large autonomy, including possibility given to the participants to launch call for participation • Several MEuro/year • Selection by calls for proposals • Support to researchers from other countries via mobility instruments • Participants: • Universities, research labs, industrial labs • Special measures for SMEs

18. Instruments for « priority » areas • Integrated projects (in the SP) • From several million to tens of million euro • Selection on a call for proposal basis • Large autonomy given to participants, including possibility to launch calls for proposals • Is often a collection of tasks into one project • Subsequent calls for additional budget/proposals/tasks by Commission • Global funding involving public and private funding • Participation: • Support industry-academia collaboration • Encourage participation of SMEs

19. Instruments: for « priority » areas (3) • Article 169 • In FP6 defined priorities …..support to national programmes jointly executed according to article 169 • Joint or coordinated calls for proposals • EC funding used to support jointly executed programmes

20. Instruments / activities for anticipating & strengthening • RTD supporting policies,RTD supporting new S&T areas • Targeted Projects ( “smaller” than IP) • Networking of Member State research activities • Focused Calls with annual workprogrammes • Support to SMEs • Collective.. (SMEs’ Associations +Research Centers) • Cooperative..(>2 SMEs + research centers) • Support to specific International Cooperation activities • EU’s foreign policy and development aid policy • “Strengthening…” • Grants : to coordination of RTD • Grants : for development of coherent policy

21. Instruments/activities for « structuring» • “Structuring…” • Grants : support to interactions in research & innovation • Fellowships : supporting human resources development • Grants : to prepare & develop of Research Infrastructures • Grants : for harmonisation of science & society

22. Main areas of proposed FP6 Budget • Integrating Research • Genomics 2,000 Beuro • IST 3,600 Beuro • Nanotechnologies, int.. 1,300 Beuro • Aeronautics and space 1,000 Beuro • Food safety 0,600 Beuro • Sustainable development 1,700 Beuro • Citizens in knowledge 0,225 Beuro • Anticipation of S&T needs 2,345 Beuro • Structuring ERA • Research and Innovation 0,300 Beuro • Human resources 1,800 Beuro • Research Infrastructures 0,900 Beuro • Science/Society 0,050 BEuro • Reinforcing ERA basis • Support to co-ordination 0,400 Beuro • Support to policy dev. 0,050 BEuro 12,770 3,050 450 16,270

23. Budgets for the Specific Programmes I E R NTEGRATING UROPEAN ESEARCH P T A A / RIORITY HEMATIC REAS NTICIPATING S T NEEDS Research for policy Frontier research, support unexpected developments Specific SME activities Nanotechnologies, intelligent mat., Information society technologies Genomic and biotechnology Food safety and health risks new production processes Sustainable development in the knowledge society Citizens and governance Aeronautics and space Specific international cooperation activities and global change for health JRC activities S TRENGTHENING THE S ERA TRUCTURING THE FOUNDATIONS OF ERA Research Human Research Science and Coordination Development and resources & infrastructures society of research of research/ innovation mobility activities innovation policies Commission proposal for FP6 Commission proposal for FP6 • Integrating & strengthening • Genomics 2,000 Beuro • IST 3,600 Beuro • Nanotechnologies, int.. 1,300 Beuro • Aeronautics and space 1,000 Beuro • Food safety 0,600 Beuro • Sustainable development 1,700 Beuro • Citizens in knowledge 0,225 Beuro • Anticipation of S&T needs • SMEs 0,450 Beuro • InCo 0,300 Beuro • Policies and Frontier 0,880 Beuro • Reinforcing ERA basis 0,450 Beuro • Structuring ERA • Research and Innovation 0,300 Beuro • Human resources 1,800 Beuro • Research Infrastructures 0,900 Beuro • Science/Society 0,050 BEuro 12,505 IST in FP6 Introduction for Consultation Meetings Series 2001 - slide # 5 0, 730 3,050