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Strength of Information Society Depends from Quality of Information and Communication Technologies

Strength of Information Society Depends from Quality of Information and Communication Technologies (ICT and Framework Programmes in EU) Anton Lavrin TU Ko šice – delegate of SR in ISTC PS. Presentation is prepared from materials and presentations from EC and DG IS and Media

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Strength of Information Society Depends from Quality of Information and Communication Technologies

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  1. Strength of Information Society Depends from Quality of Information and Communication Technologies (ICT and Framework Programmes in EU) Anton Lavrin TU Košice – delegate of SR in ISTC PS. Presentation is prepared from materials and presentations from EC and DG IS and Media Kosice, 27 September 2005 1st PRO_NMS Workshop Slovakia Version SHORT 01

  2. Retrospect about Framework Programmes and ICT development

  3. ResearchCentres 17.6 Budget(in bn €) 14.96 13.22 6.6 5.39 5 3.75 FP3 FP4 FP5 FP6 FP2 FP1 6 2 1984 1998 1987 1990 1994 2002 2006 4 3 1 Networksof Excellence 20 years of Framework Programme research FP evolution in last 20 years: growing,butonly 5 % of public R&Dspending in Europe EU activities require: • Collaboration & cross-disciplinarity • Consensus & partnership(funding levels: 50% of industrial, 100% of academic participation) Focused R&D

  4. 2005 => DG IS and MEDIA

  5. Pair slides about 5th FP

  6. IST Key Actions in FP5 The 3600 M€ budget was distributed over the different IST actions Key actions: 1 Systems and services for the citizen 646 M€ 2 New methods of work and electronic commerce 547 M€ 3 Multimedia content and tools 564 M€ 4 Essential technologies and infrastructures 1363 M€ Future and emerging technologies 319 M€Research Networking 161 M€

  7. Nowadays it is time of finishing with the6thFramework Programme

  8. The total budget of € 17.5 B€ 11.3 B€ is allocated to the priority thematic areas

  9. Division of budget over the priority themes in FP6 11.3 B€ for Thematic Priorities 3.625 B€

  10. Strategic Objectives of the IST Priority in FP6 TECHNOLOGY COMPONENTS + INTEGRATED SYSTEMS + SECTORIAL APPLICATIONS • 1.Applied IST research addressing major societal and economic challenges • 1.1 Towards a global dependability and security framework • 1.2 Networked businesses and governments • 1.3 eSafety for road and air transports • 1.4 eHealth • 1.5 Technology-enhanced learning and access to cultural heritage • 1.6 Applications and services for the mobile user and worker • 1.7 Cross-media content for leisure and entertainment • 1.8 GRID-based systems for solving complex problems • 1.9 Improving risk management • 1.10 eInclusion • 1.11 Products and services engineering 2010 • 2. Communication, computing and software technologies • 2.1 Broadband for all • 2.2 Mobile and wireless systems beyond 3G • 2.3 Networked audiovisual systems and home platforms • 2.4 Open development platforms for software and services • 2.5 Embedded systems • 3. Components and Microsystems • 3.1 Pushing the limits of CMOS and preparing for post-CMOS • 3.2 Micro- and nano systems • 3.3 Advanced displays • 3.4 Optical, opto-electronic, and photonic functional components • 4. Knowledge and interface technologies • 4.1 Multimodal interfaces • 4.2 Semantic-based knowledge systems • 4.3 Cognitive system • 5. IST future and emerging technologies -FET • 5.1 Open initiatives • 5.2 Proactive initiatives • 5.3 Open schemeCall 5

  11. CALL 5 : 17 May 2005 21 -- September 2005 at 17.00 (Brussels local time) - 638 MEuro 2.5.1 Photonic components IPs, STREPs, CAs, SSAs; 65/35% ; 47 MEuro 2.5.2 Micro/nano based sub-systems IPs, STREPs, CAs, SSAs; 70/30 %; 58 MEuro 2.5.3 Embedded Systems IPs, NoEs, STREPs, SSAs, Cas; 60/40 %; 68 MEuro 2.5.4 Advanced Grid Technologies, Systems and Services IPs, STREPs, SSAs, CAs; 70/30 %; 62 MEuro 2.5.5 Software and services IPs, NoEs, STREPs, SSAs, Cas ; 60/40 % ; 67 MEuro 2.5.6 Research networking testbeds IPs, NoEs, STREPs, ;SSAs, Cas ; 65/35 % ; 18 MEuro 2.5.7 Multimodal Interfaces IPs, STREPs; 60/40 %; 54 MEuro 2.5.8 ICT for Networked Businesses IPs, NoEs, STREPs, CAs, SSAs ; 55/45% ; 46 MEuro 2.5.9 Collaborative Working Environments -- 7FP IPs, STREPs, SSAs, CAs; 70/30 %; 40 MEuro 2.5.10 Access to and preservation of cultural and scientific resources !! IPs, STREPs, CAs; 40/60 %; 36 MEuro 2.5.11 eInclusion IPs, STREPs, CAs, SSAs; 50/50 %; 29 MEuro 2.5.12 ICT for Environmental Risk Management IPs, STREPs, CAs, SSAs; 60/40 %; 40 MEuro FET Proactive Initiative -- Call 5 2.3.4 (xi) Simulating Emergent Properties in Complex Systems STREPs; 0/100 %,9 MEuro

  12. 6FP/IST WP 2005-2006 – Budget availability at 9. March 2005 Expected Total (FP6 WP Calls) 3874 M€ • Less Consumption Calls WP 2003-04 – Calls 1,2,3, FET, Join NMP -1886 M€ Available expected Total WP2005-06 calls 1988 M€ • Less Allocation Calls WP2005-06 - 1818 M€ – Calls 4,5, FET, Join NMP Not yet allocated / 2006 budget+170 M€

  13. CALL 6 /IST (November 2005) – proposal: Budget: 140 million Euro of which -     35 million Euro for Objective 2.6.1 -         30 million Euro for Objective 2.6.2 -         35 million Euro for Objective 2.6.3 -         10 million Euro for Objective 2.6.4 -         30 million Euro for Objective 2.6.5 Proposals are invited to address the following objectives: 2.6.1: Advanced Robotics - STREP, SSA, CA - 0/100% 2.6.2: Tools for design, creativity and augmented personal capacities: Simulation, Visualisation, Interaction and Mixed Reality / IP, STREP, SSA, CA – 60/40%    2.6.3: Ambient Assisted Living (AAL) in the Ageing Society - IP, STREP, SSA, CA – 50/50% 2.6.4: Advanced search technologies for digital audio-visual content - IP, CA – 90/10%  2.6.5: International Co-operation - STREP, SSA, CA – 0/100%

  14. Príjem pre Slovensko s doterajších výziev v IST: (Call 1 – Call 3, Join IST / NMP 1 and 2, FET Open, FET IP(Proactive initiatives): cca 2,25 MEuro + Call 4/IST Budget: ∑ 3 789 489 Euro; EC Contribution: ∑ 3 008 723 Euro (2.946MEeuro); {SMEs and Public: Budget: ∑ 1 744 317 Euro; EC Contribution: ∑ 963 605 Euro; Universities: ∑ 2 045 118 Euro} / 0.28% ZATIAĽ: ( Call1 –> Call4) = 5,25 MEuro

  15. EVALUATION --- set of issues for the evaluation for Calls: 4 and 5 (6): IP: Relevance (3/5); Potential impact (3/5); S&T excellence (4/5); Quality of the consortium (3/5); Quality of the management(3/5); Mobilisation of resources (3/5) --- 24/30. (+5) NoE: Relevance (3/5); Potential of impact (3/5); Excellence of the participants (3/5); Degree of integration and the join programme of activities (4/5); Organisation and management (3/5) --- 20/25. (+4) STREP: Relevance (3/5); S&T excellence (4/5); Potential of impact (3/5); Quality of the consortium (3/5); Quality of the management (3/5); Mobilisation of resources (3/5) --- 21/30. (+2) CA: Relevance (3/5); Quality of coordination (4/5); Potential impact (3/5); Quality of the consortium (3/5); Quality of the management(3/5); Mobilisation of resources (3/5) --- 21/30. (+2) SSA: Relevance (4/5); Quality of the support action (3/5); Potential impact (3/5); Quality of the management(3/5); Mobilisation of resources (3/5) --- 17,5/25. (+1,5)

  16. 7th Framework Programme is in preparation

  17. research: “Triangle of knowledge” education innovation 7 FP Vision: “Putting the knowledge triangle at work“ • -To be a genuinely competitive knowledge economy • Europe must be better in producing knowledge through research • In diffusing it through education • In applying it through innovation Europe needs to invest more and better

  18. 7FP STRUCTURE Continuity + 7-years duration + Doubling budget per year + New impetus (ERC, JIT, Individual projects .. ..) “Cooperation” Predefined themes, refined FP6 instruments “Ideas” Frontier research, competition, individual grants “People” Human potential, mobility “Capacities” Infrastructure, SMEs, science and society, Joint Research Centres – non-nuclear + EURATOM

  19. 7FP Specific Programmes - Budget 72 726 m € + 3 092 m € Cooperation: 44735 m€ (61%) Ideas: 11942 m€ (16%) People: 7178 m€ (10%) Capacities: 7536 m€ (10%) JRC:1824 m€ (3%) + EURATOM3092m€

  20. Thematic Areas: • Cooperation……………………………………………………………………..44432 MEuro • Health……………………………………………………………………… 8317 • Food, Agriculture and Biotechnology…………………………………… 2455 • Information and Communication Technologies ……………………… 12670 • Nanosciences, Nanotechnologies, Materials and new Production • Technologies ………………………………………………………………. 4832 • Energy ………………………………………………………………………2931 • Environment (including Climate Change) ……………………………… 2535 • Transport (including Aeronautics) ……………………………………… 5940 • Socio-economic Sciences and the Humanities………………………………792 • Security and Space …………………………………………………………3960 • Ideas …………………………………………………………………………….11862 MEuro • People ……………………………………………………………………………..7129 MEuro • Capacities …………………………………………………………………………7486 MEuro • Research Infrastructures ………………………………………………… 3961 • Research for the benefit of SMEs ………………………………………… 1901 • Regions of Knowledge ……………………………………………………… 158 • Research Potential …………………………………………………………… 554 • Science in Society …………………………………………………………… 554 • Activities of International Co-operation …………………………………… 358

  21. “Cooperation” – Collaborative Research – Themes Nano, materials, production: 4865 m€ (11%) ICT: 12756 m€ (28.5%) Energy: 2951 m€ (7%) Environment: 2552 m€ (6%) Transport: 5981 m€ (13%) Food, agri, biotech: 2472 m€ (6%) Socio-econ research: 798 m€ (2%) Space and security: 3987 m€ (9%) Health: 8373 m€ (18%)

  22. Organization, instruments, management resources Under each theme there will be sufficient flexibility to address • Emerging needs • Unforeseen policy needs Support will be implemented across all themes through • Collaborative projects; • Networks of Excellence; • Coordination/support actions • Joint Technology Initiatives (In a limited number of cases ICT: Nano-electronics, Embedded Systems, …) • Coordination (ERA-NET; ERA-NET+; Article 169) Community participation in national research programmes • Efficiency of Art. 169 as the most appropriate means for achieving objectives • Presence of pre-existing national research programmes • Critical mass (size and number of programmes/activities) • Structural funds ICT: Ambient Assisted Living, Embedded Systems, …

  23. Implementation principles • Details and precisions/decisions in the work programmes • More detailed content • Scientific and technological goals • Scope of activities • Results expected • More details on types of funding schemes • Financial contributions • Participants (industry, universities, …) • Activities (R&D, demo, training, …) • More details on available budget • Reducing the burden of administrative and financial rules andprocedures • Lowering the number of requests to participants • Simplifying the Commission’s controls • Improving the financial schemes and modalities of funding

  24. 7 FP “People” – Human Potential - Initial training of researchers • Marie Curie Networks - Life-long training and career development • Individual Fellowships • Co-financing of national/international programmes - Industry-academia pathways and partnerships • Industry-Academia Scheme - International dimension • Outgoing International Fellowships; Incoming International Fellowships; International Cooperation Scheme; Reintegration grants - Specific actions • Excellence awards

  25. 7 FP “Capacities” – Research Infrastructures IST view - Support to existing research infrastructures • Research e-infrastructures • GÉANT, Grids, Super-/high-end-computing • Transnational access • Integrating activities - Support to new research infrastructures • Construction of new research infrastructures and major updates of existing ones • Nanoelectronics cleanrooms • Design studies

  26. A little more about Information and Communication Technologies – Thematic Area – 3 in “Cooperation”

  27. From eEurope to i2010– presented by Commissioner Vivian Reding (3xi concept) • 1. A Single European Information Space • The completion of a Single European Information Space which promotes an open and competitive internal market for information society and media; • 2. Innovation and investment in research • Strengthening Innovation and Investment in ICT research to promote growth and more and better jobs; • 3. Inclusion, better public services and quality of life • Achieving an Inclusive European Information Society that promotes growth and jobs in a manner that is consistent with sustainable development and that prioritisesbetter public services and quality of life.

  28. Main Themes and Activities / ICT • ICT Technology Pillars • pushing the limits of performance, usability, dependability, cost-efficiency • Integration of Technologies • integrating multi-technology sets that underlie new functionalities, services and applications • Applications Research • providing the knowledge and the means to develop a wide range of ICT-based services and applications • Future and Emerging Technologies (research oriented projects) • supporting research at the frontiers of knowledge

  29. ICT Technology Pillars • Nano-electronics, photonics and integrated micro/nano-systems • Ubiquitous and unlimited capacity communication networks • Embedded systems, computing and control • Software, Grids, security and dependability • Knowledge, cognitive and learning systems • Simulation, visualisation, interaction and mixed realities New perspectives emerging in ICT drawing on other science and technology disciplines

  30. Integration of Technologies • Personal environments • personal communication and computing devices, wearables, implants.. • Home environments • communication, monitoring, control, assistance; • Robotic systems • advanced autonomous systems; cognition, control, miniaturisation • Intelligent infrastructures • tools making infrastructures that are critical to everyday life more efficient, easier to adapt and maintain,

  31. Applications Research • ICT meeting societal challenges • for health; to improve inclusion; for mobility; in support of the environment; for governments • ICT for content, creativity and personal development • new media and content; technology-enhanced learning; digital cultural assets • ICT supporting businesses and industry • business processes; collaborative work; manufacturing • ICT for trust and confidence • identity, authentication, authorization, privacy, rights

  32. European Technology Platforms:technological or sectoral • Providing the meansto foster effective public-private partnerships • between the research community, industry, financial institutions, users & policy-makers • to mobilise the research and innovation effort and facilitate the emergence of “lead markets” in Europe http://www.cordis.lu/technology-platforms sectoral perspective SustainableChemistry InnovativeMedicines ACARE Aeronautics ERTRAC Road Transport H2Hydrogen Communication COM (2003)226 final, 4 June 2003 „Investing in Research. An Action Plan for Europe“ Mobile ENIAC: Nanoelectronics systemsperspective underpinningtechnologies perspective ARTEMIS: Embedded Systems MANUFUTURE: Manufacturing

  33. Joint Technology Initiatives Global Monitoring for Environment and Security Hydrogen and Fuel Cells for a Sustainable Energy Future Aeronautics and Air Transport NEW Nanoelectronics Innovative Medicines for the Citizens of Europe Embedded Systems Other possible themes to be identified later…

  34. ENIAC – Joint Technology Initiations European Nano-electronics Initiative Advisory Council • Identified • Need to contribute to a European nano-electronics strategy with a vision 2020 • Need to establish a roadmap broader than the existing ITRS • Need to make recommendations to policy 1 1st High-Level Meeting: June 2003 2 Define a StrategicResearch Agenda Goal set To establish a long-term vision for nanoelectronics in Europe identify major challenges, objectives, stakeholders, resources, implementation paths, timetables, socioeconomic impact & ethical issues 3 http://www.cordis.lu/ist/eniac/

  35. ARTEMIS (Advanced Research and Technology for Embedded Intelligent Systems) - JTI To achieve world leadership in embedded systems • Challenges • Business & societal • Technological • Complexity, design productivity, programmability, interoperability • Open new markets (products, applications, services) • Society-scale applications • Structural • Coordinated approach to funding (incl. Eureka) • Education & training, multidisciplinarity in skills (h/w, s/w, control, networking, …) • Research infrastructure (Centres of Excellence, Centres of Competence) • Standards, certification, open source http://www.cordis.lu/ist/artemis/

  36. !! EUREKA

  37. Ambient Intelligence– AMI @ Work maybe future platform for JTI

  38. Tentative Roadmap for FP7 2005 • 6 April……..Commission - Adoption of FP7 proposals • 18 April……Council - Exchange of views • 7 June……..Council - Orientation debate • 21 Sep…….Commission - Proposals on SPs + Rules for Participation and Dissemination (RfP) • 11 Oct……...Council - Exchange of views on SPs + RfP • 23 Nov……..Commission - Proposals under Art. 169/171 • 28-29 Nov…Council - Orientation debate on SPs + RfP • 12-15 Dec…EP – 1st reading on FP

  39. Tentative Roadmap for FP7 2006 • Feb/Mar…...Council - Common position on FP; EP - 1st reading on RfP • April……….Common position on RfP • May/June…EP - 2nd reading on FP; Opinion on SPs; 2nd reading on RfP (earliest) • June……….Council - Adoption of FP + RfP (earliest) • July………..Council and EP - Adoption of FP + RfP • July………..Council - Adoption of the SPs • Oct………...Commission - Adoption of Workprogrammes • Nov………..Commission - Publication of 1st calls

  40. Ďakujem za pozornosť • Kontakty: • Delegát pre IST: • Anton Lavrin , TU Košice, • Oddelenie európskych projektov, • Letná 9, 04200 Košice • Anton.Lavrin@tuke.sk • www.tuke.sk/ist • NCP pre oblasť IST: • Mária Buciová, STU Bratislava, • Vazovova 5, 812 43 Bratislava • maria_buciova@stuba.sk • www.stuba.sk/IST

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