Prezentace aplikace PowerPoint

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Strength of Information Society Depends from
Quality of Information and Communication
Technologies (ICT and Framework Programmes in
EU) Anton Lavrin TU Koice 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
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The European Union Today
Democratic countries, committed to working
together for peace and prosperity
EU-15 Austria, Belgium, Denmark, Finland,
France, Germany, Greece, Ireland, Italy,
Netherlands, Luxembourg, Portugal, Spain, Sweden,
UK
EU-15 citizens 370 million GDP 8,500
bn EU-25 citizens 445 million GDP 8,860 bn
EU-25(since 1 May 2004)Cyprus, Czech Rep.,
Estonia,Hungary, Latvia, Lithuania, Malta,
Poland, Slovenia, Slovakia
joining after 2006 Bulgaria, Romania, Croatia,
Turkey
joining after 2006 Bulgaria, Romania, Turkey
EUs historical roots lie in WW2 Such killing
destruction should not happen again in Europe -
Robert Schuman, French Foreign Minister on 9 May
1950
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Key Policies to Achieve the Lisbon Goals
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RD investment (2001)

• EU average still lags behind investments of Japan
  US
• But EU figures are growing, slowly though
• A large variety across EU Member States
• Significant catch-up race of some laggards

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EU is more behind in ICT RD investment
Other major OECD economies spend more than 1/3
of total RD budget on ICT. Europe spends only
18 on ICT !
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Retrospect about Framework Programmes and
ICT development
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20 years of Framework Programme research
FP evolution in last 20 years
growing, but only 5 of public RDspending in
Europe
EU activities require

• Collaboration cross-disciplinarity
• Consensus partnership(funding levels 50 of
  industrial, 100 of academic participation)

Focused RD
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2005 gt DG IS and MEDIA
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Pair slides about 5th FP
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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
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Nowadays it is time of finishing with the 6th
Framework Programme
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CRAFT
INCO
Of the total budget of 17.5 B 11.3 B is
allocated to the priority thematic areas.
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Division of budget over the priority themes in
FP6
11.3 B for Thematic Priorities
3.625 B
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The Areas of the IST Priority in FP6
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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 scheme


Call 5
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Príjem pre Slovensko s doterajích 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 (2.946
MEeuro) SMEs and Public Budget ? 1 744 317
Euro EC Contribution ? 963 605 Euro
Universities ? 2 045 118 Euro / 0.28 ZATIAL
( Call 1 gt Call 4) 5,25 MEuro
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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

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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
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EVALUATION set of issues for the evaluation for
Calls 4 and 5/(6) IP Relevance (3/5)
Potential impact (3/5) ST 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) ST 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)
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7th Framework Programme is in preparation
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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
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• MAIN INTER-LINKED OBJECTIVES
• Gain leadership in key fields by supporting
  cooperation
• Essential  core business, high European added
  value
• Stimulate excellence through competition
• Attracting the best brains, frontier research
• Develop and strengthen Human Capital of research
• Improve research and innovation capacity

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• Continuity New Impetus
• - Continuity
• Thematic priorities
• Scaling up ERA coordination actions
• Scaling up Marie Curie actions
• Scaling up SME measures
• - Seven years duration
• - New Impetus
• Doubling of budget per year
• European Research Council
• Joint Technology Initiatives
• New research infrastructures
• Mainstreaming NEST/FET, SSP/Priority8, Intl
  Cooperation
• New management schemes

• Leverage effect onMember States private
  investments

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7FP STRUCTURE
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
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The seventh framework programme of the European
Community for research, technological development
and demonstration activities (2007 to 2013)
72726 MEuro. The seventh framework programme of
the European Atomic Energy Community (Euratom)
for nuclear research and training activities
(2007 to 2011) 3092 MEuro Cooperation
44432 MEuro Support will be given to the whole
range of research activities carried out in
transnational cooperation, from collaborative
projects and networks to the coordination
of research programmes. International cooperation
between the EU and third countries is an integral
part of this action. Ideas
11862 MEuro An autonomous European Research
Council will be created to support investigator
driven frontier research carried out by
individual teams competing at the European level,
in all scientific and technological fields,
including engineering, socioeconomic sciences and
the humanities.(basic research) People
7129 MEuro The activities supporting
training and career development of researchers,
referred to as Marie Curie actions, will be
reinforced with a better focus on the key aspects
of skills and career development and strengthened
links with national systems. Capacities
7486 MEuro Key aspects of European research and
innovation capacities will be supported research
infrastructures research for the benefit of
SMEs regional research driven clusters
unlocking the full research potential in the EUs
convergence regions Science in Society
issues horizontal activities of international
co-operation
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• Non-nuclear actions of the Joint Research
  Centre1 817 MEuro
• EURATOM
• EUR 3 092 million. That amount shall be
  distributed as follows (in EUR million)
• Fusion energy research. 2159
• Nuclear Fission and radiation protection
  ..394
• Nuclear Activities of the Joint Research Centre
  ...539

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7FP Specific Programmes - Budget
Cooperation 44735 m (61)
Ideas 11942 m (16)
People 7178 m (10)
Capacities 7536 m (10)
JRC 1824 m (3)
EURATOM 3092 m
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• 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
  Humanities792
• 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

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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)
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• Cooperation - Collaborative Research
• 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
• Coordination (ERA-NET ERA-NET Article 169)

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• Joint Technology Initiatives
• In a limited number of cases
• Covering one or a small number of selected
  aspects
• Criteria include
• Inability of existing instruments to achieve
  objectives
• Degree and clarity of definition of objectives
• Financial and resource commitment from industry
• Capacity to attract additional national support
• and leverage current or future industry funding
• (ICT) Nanoelectronics, Embedded Systems,

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• Coordination of programmes
• ERA-NET and ERA-NET-PLUS
• Community participation in national research
  programmes (based on Art. 169), with criteria
  including
• 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 for all) Ambient Assisted Living, Embedded
  Systems,

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IDEAS ? ERC European Research
Council Instrument - Individual project
Commission
Scientific Council

• Approval of work programme, as defined by the
  Scientific Council
• Instruction to implement work programme
• Approval of annual implementation report
• Information to programme committee

• Preparation of work programme
• Set up of peer review pool of reviewers,
  nomination of review panels, evaluation
  guidelines
• Oversight of the evaluation procedure
• Annual scientific report

Externalised tasks

• Information and support to applicants
• Reception / eligibility of proposals
• Organisation and execution of evaluation
• Selection decision
• Scientific and financial follow-up of contracts
• Annual implementation report

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FP7 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

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7 FP - Capacities Research Capacity
Research infrastructures 3987 m (54)
Research for benefit of SMEs 1914 m (25)
Regions of knowledge 160 m (2)
Intl cooperation 359 m (5)
Science in society 558 mé (7)
Research potential 558 m (7)
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• 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

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More about Information and Communication
Technologies Thematic Area 3 in Cooperation
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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
prioritises better public services and quality of
life.
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• ICT in 7FP Objectives
• - To enable Europe to master and shape the
  future developments of ICT so that the demands of
  its society and economy are met
• - Thereby
• Strengthening the competitiveness of all industry
  in Europe
• Master ICT for innovation and growth
• Re-inforcing the competitive position of European
  ICT sector
• Build industrial and technology leadership
• Supporting EU policies
• Mobilise ICT to meet public and societal demands
• Strengthening the European science technology
  base
• A pre-condition for success

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Integration is key in
7FP/IST
PILARS
APLLICATIONS
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• Research, innovation and competitiveness in ICT
  are top policy priorities
• ICT Essential component of two key
  proposals
• FP7 The ICT theme and ICT-related
  infrastructures
• The CIP ICT Policy Support Programme
• Two complementary financial instruments.

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• Main Themes and Activities
• 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

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• 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

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• 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,

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• 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

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• 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 (RD, demo, training, )
• More details on available budget
• Reducing the burden of administrative and
  financial rules and procedures
• Lowering the number of requests to participants
• Simplifying the Commissions controls
• Improving the financial schemes and modalities of
  funding

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• Implementation principles - management
• More outsourcing
• Collaborative research proposals admin and
  logistics management, evaluators invitations and
  payments, financial viability checking,
  statistics, IT tools
• European Research Council executive agency,
  maybe in accordance with Art. 171 later to
  increase autonomy
• Human resources and mobility actions
• SME measures
• Joint management
• Ad-hoc management structures (Art. 169, 171,

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• European Technology Platformstechnological
  or sectoral
• Providing the means to 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
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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
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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

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1st High-Level Meeting June 2003
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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
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http//www.cordis.lu/ist/eniac/
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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/
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!!
EUREKA
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Ambient Intelligence AMI _at_ Work maybe future
platform for JTI
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• Tentative Roadmap for
  FP7
• 2005
• 6 April..Commission - Adoption of FP7 proposals
• 18 AprilCouncil - Exchange of views
• 7 June..Council - Orientation debate
• 21 Sep.Commission - Proposals on SPs Rules
  for Participation and Dissemination
• 11 Oct...Council - Exchange of views on SPs
  RfP
• 23 Nov..Commission - Proposals under Art.
  169/171
• 28-29 NovCouncil - Orientation debate on SPs
  RfP
• 12-15 DecEP 1st reading on FP

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• Tentative Roadmap for
  FP7
• 2006
• Feb/Mar...Council - Common position on FP
  EP - 1st reading on RfP
• April.Common position on RfP
• May/JuneEP - 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