Information Society Technologies 12th Seminar 21-24 May 2003 National Contact Point FP6 EU New Instruments of 6th Framework Programme.

12th Seminar21-24 May 2003

National Contact Point FP6 EUhttp://www.6pr.pl

Information Society Technologies

New Instruments of 6th Framework Programme in the Information Society

Technology Thematic Area

Krzysztof TrojanowskiNational Contact Point

6th Framework Programme EU

mailto:[email protected]

http://www.6pr.pl

12th Seminar21-24 May 2003 2


Presentation Plan – Way from General Idea to Details

Main Idea nad Fundamental Rules of FP Structure of 6th Framework Programme Thematic Priorities within IST in 6th FP Types of Projects of 6FP, specific features Partners, Consortia 6FP Projects Evaluation Criteria Search for Partners – IDEAL_IST Calls in FP6 Info sources and Contacts



1,8

2,0

2,2

2,4

2,6

2,8

3,0

3,2

1988

1989

1990

1991

1992

1993

1994

1995

1996

1997

1998

1999

Research: an Increasing Gap – Need of European Research: an Increasing Gap – Need of European Integration within Framework ProgrammesIntegration within Framework Programmes

Japan: 3.1

USA: 2.7

EU-15: 1.8

Total expenditure on R&D, % of GDP



ERA

in tegra tingresearch

strengthen ingbasis

structuring

anticipation of scientific & technological needs;JRC;cooperative research;collective research

networks of excellenceintegrated projectsm ultinational projects

networking national research activities;cooperation w ith COST, ESF, CERN,...;studies;research benchm arking

start-up;hum an resourcesm obility;infrastructures;science/society

Research Integration PolicyResearch Integration Policy



FP 6 - Priority Thematic Areas

Genomics and biotechnology for health Information society technologies Nanotechnologies, inteligent materials and new production processes Aeronautics and space Food safety and health risks Sustainable development and global change Citizen and governance in the European knowledge-based society



FP 6-Priority Thematic Areas - Bugdets: meur

12795Total

2345Anticipating the EU’s needs + JRC

225Citizen and governance

1700Sustainable development/global change

600Food safety and health risks

1000Aeronautics and space

1300Nanotechnologies, materials, production

3625Information society technologies

2000Genomics and biotechnology for health



TP 1.1: Genomics and biotechnology for health

Fundamental knowledge and basic tools for functional genomicsGene expression and proteomicsStructural genomicsComparative genomics and population geneticsBioinformatics

Applications of genomics and biotechnology for healthTechnological platforms for the development of new diagnostic, prevention and therapeutic toolsSupport for innovative research in genomics start-up companies

Applications in medicine and public healthCombating cancer, cardiovascular disease and rare diseasesCombating resistance to drugs Studying the brain and combating degenerative diseases of the nervous system

Confronting the major communicable diseases linked to poverty.HIV/AIDS, malaria and tuberculosis



TP 1.2 Information Society technologies

Applied IST research addressing major societal and economic challenges Research on technologies for trust and confidenceResearch addressing societal challenges (“e-inclusion”, environment, cultural heritage)Research addressing work and business challenges: e-business and e-government, e-Work systems, e-Learning Complex problem solving in science, engineering, businesses and for the society

Communication and computing infrastructuresCommunication and network technologies: (mobile and wireless systems, networked audio-visual systems), Software technologies, services and distributed systems

Components and microsystems, Micro, Nano and Opto-electronics Micro and Nano Technologies, Microsystems, Displays

Knowledge and interface technologiesKnowledge technologies and digital content Intelligent surfaces and interfaces (multilingual and multicultural access and communication)



TP 1.3: Nanotechnologies, Intelligent Materials and New Production Processes

NanotechnologiesLong-term interdisciplinary research into understanding phenomena, harnessing processes and developing research toolsNanobiotechnologiesNanometre-scale engineering techniques to create materials and componentsDevelopment of handling and control devices and instrumentsApplications in areas such as health, chemistry, energy, optics and the environment

Intelligent MaterialsDevelopment of fundamental knowledgeTechnologies associated with the production and transformation of new materialsEngineering support for materials development

New Production ProcessesDevelopment of flexible and intelligent manufacturing systems Systems research hazard controlOptimising the life-cycle of industrial systems, products and services



TP 1.4: Aeronautics and space

AeronauticsStrengthening competitivenessImproving environmental impact with regard to engine emissions and noiseImproving aircraft safetyIncreasing operational capacity and safety of the air transport system

SpaceGalileoGMES Satellite telecommunications



Thematic Programme IST: Main Idea and Goals

Creation of Information Society Technologies – IST

Vision: „Our surroundings is an interface to the world of integrated Information Technology

Services

Targets:

Enabling anywhere any time natural and enjoyable access to IST services for ALL

Natural way of interaction and co-operation Life and work quality Improvement, new ways of activity New standards: products, services, applications, business

processes, organization practicies.



TP 1.2 Information Society technologies (1)

Applied IST Research Addressing Major Societal and Economic Challenges

- Research on technologies for trust and confidence, protection of people and property

- Research addressing societal challenges (“e-inclusion”, environment, cultural heritage, entertainment, transport and tourism)

- Research addressing work and business challenges: e-business and e-government, e-Work systems, e-Learning

- Complex problem solving in science, engineering, businesses and for the society




Communication and Computing Infrastructures, Communication and Network Technologies:

- Mobile and Wireless Systems

- Networked Audio-Visual Systems

- Software Technologies

- Services and Distributed Systems




Miniaturised, Low Cost, Low Power Components and Microsystems

- Micro, Nano and Opto-electronics

- Micro and Nano Technologies, Microsystems, Displays




Knowledge and interface technologies

- Knowledge Technologies and Digital Content

- Intelligent Surfaces and Interfaces (Multilingual and Multicultural Access and Communication)



Types of Projects 5FP

Time

innovators

earlyadopters

early majority

Technology TransferTechnology TransferRTDRTD Commercial PhaseCommercial Phase

Take-up

Fundamental

Industrial

Prototype

Exploitation

MaturityRTD, Demonstration, Take-upRTD, Demonstration, Take-up

laggers

DemonstrationDemonstrationRTD – FET OpenRTD – FET Open



Nowe Instrumenty (typy projektów) w 6PR

Specific Targeted Research Projects - Projekty „Celowe”

Integrated Projects (IP) - Projekty Zintegrowane

Networks of Excellence (NoE) - Sieci Doskonałości

Support Actions (conferences, seminars etc.) Projekty Towarzyszące, Akcje Wspierające

Co-ordination Actions – działania koordynujące np.. Sieci Tematyczne



Types of Projects - 6FP , STREP (1)

Specific Targeted Research Projects (STREPs)

- Clearly defined objectives and results

- Budgets (European Contribution): 100 Keuro to several mil. Eur

- Consortium : min. 3 independent partners from (member, NAS or NIS)

- Cost models : FC/FCF/AC

- Duration : 1-4 years

- European Contribution : 50% for RTD activities, 35% for Demonstration activities,

100% for management (up to 7% of the total RTD+Dem. EC contribution)

The same model as in 5FP (RTD and Demonstration projects)



Types of Projects - 6FP, IP (1)

Integrated Projects

- Clearly defined ambitious objectives and results

- Budgets (European Contribution): 2 mil. Eur to tens of mil. Euro

- Consortium : min. 3 independent partners from different countries (member, NAS or NIS),

in practice many more

- Cost models : FC/FCF/AC

- Duration : 3-5 years or more

The new, different model than models of 5FP



Integrated Projects – FP6, IP(2)

Integrated (IP) versus Targeted Projects (STREP) - differecies

- IP: knowledge, tests, implementation activities within one project

- TP: concentration on one activity

- IP: Multidisciplinary objectives (large scale)

- TP: concentrated on one strictly defined problem

- IP: Multisectorial (research institutes/industry) problem solutions

- IP: Funding (public and private sector)



FP6 Integrated Project Features , IP(3)

Integrated Projects (IP) Open Formula :

- IP: Tasks, Partners and Budgets all identified (the same as in FP5)

- IP: Tasks and Budgets identified, not all partners in (different than in FP5)

- IP: Objectives and Budgets identified, Number of Tasks and Partners can be enlarged

(different than in FP5)



Types of Projects - 6FP, NoE (1)

Networks of Excellence

- Goal: to enhance the co-operation of researchers around a specific theme

- Budgets (European Contribution): few hundred keuro

- min. one organisation, in practice many (open structure)

- Funding : 100% of AC (Additional Cost), for networking and research activities

- Duration : several years

To some extend similar to model of 5FP



FP6 Networks of Excellence, NoE (2)

Networks of Excellence (NoE) – Main Goal:

To integrate the fragmented European Research Efforts, existing problem: - national and „local” research fragmentation - „multi coverage” of the same scientific and research area - complementarity of research and scientific efforts To create critical mass to become a competitive force Important: Preparation of Joint Programme of Activity JPA




Networks of Excellence (NoE) – Financing:

NoE financing is based on Grant model :

Number of researchers engaged on joint programme of activities

Grant per researcher

Duration of the project




Networks of Excellence (NoE) – Financing:

NoE financing on Grant per researcher model, examples : 1) - Number of researchers: 50 - Grant per researcher : 20 kEuro per year per researcher

- Grant value per year : 1 mEuro 2) - Number of researchers: 500 - Grant per researcher : 10 kEuro per year per researcher - Grant value per year : 5 mEuro



Types of Projects - 6FP, SA (1)

Support Actions (Conferences, Seminars, Studies, Analyses, Working and Expert Group)

- Goal: to complement Programme Implementation

- Budgets (European Contribution): few hundred keuro

- min. one organisation, in practice many (open structure)

- Funding : 50-100% of costs, or grant, cost model FC/FCF/AC

- Duration : several years

To some extend similar to model of 5FP



Evaluation Criteria

Evaluation Criteria :

Relevance to IST programme Objectives

Scientific and Technological Excellence

Critical Mass

Dissemination and Use Plan

Resources, Competence and Organisation



Partner Search – Ideal-IST

Main Goals of IDEAL-IST:

- Active and Passive Partner Search (Building up project consortia)

- Organization of Events : workshops, consultancy meetings, brokerage events, conferences

- Internet Webpage Management



Ideal-IST - Contacts

IDEAL-IST:Web page : www.ideal-ist.net

Ideal-IST Polish Co-ordinator : Dr Tadeusz Grabowiecki : Instytut Elektroniki Politechniki Śląskiej E-mail: [email protected]

Tel.: (+48) 32 237 1665, Fax: (+48) 32 237 2225

NCP Polish Co-ordinator Krzysztof Trojanowski: e-mail: [email protected]



Fundamental Information and Documents in all Priorities of FP6

Information and documents indispensable for consortium preparing a proposal:

- Calls: openning and closure dates (information on NCP web pages and in Cordis data base), document: Call Text

- Description of the thematic scope of the particular call (which action lines will be open in the call) document : Call Text

- Description of all Action Lines: Work Programme 200x and information which instruments (types of projects) will be valid – the scope of the project must fit to the open topic (action line) described in the workprogramme

- Guide documents (requirements, advice) concerning the formal rules and the structure of the project proposal, document: Guide for Proposers of the right instrument (type of project) e.g. Integrated Project

- Hierarchy of topics (within the Workprogramme) :

In IST of 6FP : Priority – Subpriority – Action Line (subtopic)



Calls of IST Priority

Call 1 - Date of publication : 17.12.2002- Closure date (deadline of proposal submission: 24.04.2003 (17:00 Brussels local time) - Total indicative budget: 1070 MEuro All available Instruments (IP, NoE, STREPs, SSA, CAs) are valid

Call 2 - Date of publication : 17.06.2002 ???- Closure date (deadline of proposal submission): 15.10.2003 (17:00 Brussels local time) - Total indicative budget: 525 MeuroAll available Instruments (IP, NoE, STREPs, SSA, CAs) are valid

Continous Submission Call - Date of publication : 17.12.2002 - Date from which proposals are receivable: 10.02.2003 (17:00 Brussels local time) - Closure date (deadline of proposal submission): 31.12.2004 - Total indicative budget: 60 MeuroAvailable Instruments : STREPs, SSA, CAs are valid



IST 6FP – Call 1, Pierwszy konkurs IST 6PR

Call 1 Pre-allocated

1. Strategic Objectives

Pushing the limits of CMOS, preparing for post-CMOS 75

Micro and nano systems 85

Broadband for all 60

Mobile and wireless systems beyond 3G 90

Towards a global dependebility and security framework 55

Multimodal interfaces 65

Semantic-base knowledge systems 55

Networked audio-visual systems and home platforms 60

Networked business and governments 75

eSafety of road and air transport 65

eHealth 70

Technology enhanced learning and access to cultural heritage 65



IST 6FP – Call 1, Pierwszy konkurs IST 6PR


2. Future and emerging Technologies

Proactive initiatives (i) Beyond robotics (ii) Complex systems research (iii) The Disappearing Computer

40

3. General Accompanying

2.3.6 General Accompanying actions 8



IST 6FP – Call 2, Drugi konkurs IST 6PR


1. Strategic Objectives

Advanced displays 25

Optical, opto-electronic, photonic functional components 45

Embedded systems 50

Open development platforms for software and services 55

Cognitive systems 25

Applications and services for the mobile user and worker 60

Cross media content for leisure and entertainment 55

GRID-base systems and solving complex problems 45

Improving risk management 30

eInclusion 30



IST 6FP – Call 2


2. Research Networking

Research Networking test beds 25

3. General Accompanying actions

2.3.6 General Accompanying actions 8



Source of Information – IST Priority

European Commision Data Base - Cordis (all information of 5 i 6th Framework programme) http://www.cordis.lu/Ist : web page derived from 5FP http://www.cordis.lu/fp6 : New (actual) EC web page, http://europa.eu.int/comm/research : EC web page

concentrating on science and research

Web Page of IDEALIST project (services of partner search for IST projects, brokerage events, links with Cordis) http://www.ideal-ist.net http://www.idealist-east.polsl.gliwice.pl



National Contact Point – Web Pages

National Contact Point 6FP

http://www.6pr.pl – active, valid web page, Polish v.

http://www.fp6.pl – active, valid web page, English v.

http://www.npk.gov.pl - „getting older” NCP address

[email protected] - e-mail address of IST co-ordinator

Information Society Technologies 12th Seminar 21-24 May 2003 National Contact Point FP6 EU New Instruments of 6th Framework Programme.

Documents

innovative research

confidence research

nano technologies

economic challenges

software technologies

network technologies

development of new diagnostic

inteligent materials