Presentation held by Mr. Vladimir Ristevski as a part of the WINS ICT Call 7 Session at the 8th SEEITA and 7th MASIT Open Days Conference, 14th-15th October, 2010
4. Strategy: EU funding as a leverage
Synergies between Private and Public Sector
Collaboration across different sectors
Focus on risky research areas where market failures
may impede investment
Budget to support more than 15.000 researchers per
year
5
5. Strategy: WP Structure
Limited set of Challenges with mid‐to‐long term
goals (5‐10y) + FET
Each Challenge: limited set of Objectives
Each Objective:
Set of Targeted Outcomes
Their Expected Impact on industrial competitiveness an
d on addressing policy and socio‐economic goals
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6. Technology Push and Application Pull
ICT for socio-economic challenges
~10%
~11% ~12%
~9% ~6% ~4%
5. ICT for 6. ICT for
7. ICT for 8. ICT for
Health, Lower-
Manufac. & Learning &
Ageing, Carbon
~ budget shares Enterprise Cultural
Inclusion Economy
Resources
1. Network and & Gov.
Service ~26% ~11%
Infrastructures
Basic ICT technologies &
Technologies (FET)
Future & Emerging
2. Cognitive
infrastructures
Systems and
Robotics ~6%
3. Component
and ~17%
Systems
4. Digital ~7%
Content and
Languages
International cooperation, Cooperation in an enlarged Europe, Pre-commercial Procurement
7. Main changes from previous WPs
Future
Challenge 1 Internet PPP
Current Challenge 4
(Technologies for digital content and languages)
Former Challenge 4
(Digital Libraries and Content) Current Challenge 8
(ICT for learning and access to cultural resources)
Former Challenge 5
(Towards sustainable and
personalized healthcare)
Current Challenge 5
Former Challenge 7 (ICT for health, ageing well, inclusion and
governance)
(ICT for Indipendent living,
inclusion and governance) kkkkkkkkkkkkkkk
kkkkkkkkkkkkkkk
Former Challenge 6 Challenge 6 kkkkkkkkkkkkkkk
(ICT for mobility, env. sust. and (ICT for low carbon economy) kkkkkkkkkkkkkkk
energy efficiency)
kkkkkkkkkkkkkkk
Challenge 7 - NEW!! kkkkkkkkkkkkkkk
(ICT for manufacturing & factories kkkkkkkkkkkkkkk
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of the future) kkkkkkkkkkkkkkk
kkkkkkkkkkkkkkk
8. SMEs
•SME involvement:
•To finance R&D and innovate products
•To build strategic partnerships and operate in wider markets
•SME presence:
•Photonics, security, embedded systems, ICT for health and
ageing (ch. 1, 3, 5)
•Development of open platforms for digital content and service
provision and delivery (FI PPP)
•SME targeted instruments:
•Small sized projects, SME dominated consortia
•Two step procedure (obj. 4.1 and FET Open) 10
9. Final Users
User involvement (specification and requirements,
validation)
ICT innovation to address societal challenges (health,
ageing, energy, environment, transport, manufacturing,
learning and culture) ‐> ch.5‐8
ICT technologies to support highly demanding usage
scenarios -> ch.1‐4
10. Links to related activities
Joint Technology Initiatives
(industrial, application driven research, 2‐3y):
ENIAC
ARTEMIS
Joint National Programmes:
AAL (market oriented R&D on ICT‐based solutions for ageing well, 2‐
3y)
Eurostars
Other FP7 Themes (NMP, Env, Trans):
PPPs of the European Economic Recovery Plan: EEB, FoF, GC
Capacities eInfrastructure
CIP ICT‐PSP
Eureka, EIROforum
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11. Funding Schemes and Submission Procedures
Collaborative Projects (CP)
Small or medium‐scale focused research projects (STREP)
Large‐scale integrating projects (IP)
Networks of Excellence (NoE)
Coordination and Support Actions (CSA)
Coordination Action (CA)
Support Action (SA)
Single Stage submission (full project proposal)
Two Stage submission (FET Open and obj. 4.1):
First step: 5 page project proposal (concept & objectives)
Second step: full project proposal
13
13. Challenge 1: Pervasive and Trusted Network
and Service Infrastructures
Obj. 1.1: Future Networks
Obj. 1.2: Cloud Computing, Internet of
Services and Advanced Software
Engineering
Obj. 1.3: Interconnected Objects
(Internet of Things)
Obj. 1.4: Trustworthy ICT
Obj.1.5: Networked Media and Search
Systems
Obj. 1.6: Future Internet Research
and Experimentation (FIRE)
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14. Future Internet PPP
Goals:
to strengthen and further expand the competitive position
of the European telecommunication operators, mobile devices
manufacturers, software and service industries, content
providers and media
to contribute to the irreversible policy trend towards a more
sustainable society, by demonstrating that key business
processes can be made smarter through tighter integration
with Internet capabilities
22
15. Future Internet PPP
Obj. 1.7: Technology foundation: Future Internet Core Platform
Obj. 1.8: Use Case scenarios and pilots
Obj. 1.9: Capacity Building and Infrastructure Support
23
16. Challenge 2 (obj.2.1): Cognitive Systems and
Robotics
• Artificial cognitive systems and robots that operate in
dynamic, non‐ deterministic, real‐life environments
• Research on engineering robotic systems and on endowing
artificial systems with cognitive capabilities
• Goal: improve competitiveness in existing and future markets
(e.g., manufacturing, professional and domestic services), and
provide innovative solutions in areas including assistance and
co‐working, production, logistics and transport, construction,
maintenance and repair, search and rescue, exploration and
inspection, systems monitoring and control, consumer
robotics, education and entertainment
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17. Challenge 3: Alternative Paths to Components
and Systems
Research focus: electronic and photonic components, integrated
micro/nanosystems, embedded systems, and monitoring &
control technologies
Technology trends: further miniaturisation and increased
performance in electronics and in systems, addition of new
functionalities( likesensing, actuating, communicating), mastering
system complexity, and alternative routes to new components
and systems such as new nanoelectronic devices, photonics and
organic electronics
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Silvia Vecchi - ARIC - Università di Bologna
18. Challenge 3: obj. 3.1 & 3.2
(complementarity with ENIAC)
Obj. 3.1: Very advanced nanoelectronic components:
design, engineering, technology and manufacturability
Obj. 3.2: Smart components and smart systems integration
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19. Challenge 3: obj. 3.3 & 3.4
(complementarity with ARTEMIS)
Obj. 3.3: New paradigms for embedded systems, monitoring
and control towards complex systems engineering
Obj. 3.4: Computing Systems
27
20. Challenge 3: obj. 3.5 & 3.6
Obj. 3.5: Core and disruptive photonic technologies
Obj. 3.6: Flexible, Organic and Large Area Electronics and
Photonics
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22. Challenge 4: obj. 4.1 & 4.2
Obj. 4.1: SME initiative on Digital Content and
Languages
Obj.4.2: Language Technologies
Obj. 4.3: Digital Preservation
Obj.4.4: Intelligent Information Management
30
23. Challenge 5: ICT for Health, Ageing Well,Incl
usion and Governance
Advanced ICT research for sustainable high‐quality
healthcare, demographic ageing, social and econo
mic inclusion,and the governance of our societies
32
24. Challenge 5: obj. 5.1 & 5.2
Obj. 5.1: Personal Health Systems - PHS
Obj. 5.1: Virtual Physiological Human
Obj. 5.3: Patient Guidance Services, safety and healthcare record
information reuse
Obj. 5.4: ICT for Ageing and Wellbeing
Obj. 5.5: ICT for smart and personalised inclusion
Obj. 5.6: ICT solutions for governance and policy modeling
25. Challenge 6:
ICT for a low carbon economy
Exploiting ICT to conserve our natural resources
Towards effective low‐carbon multi‐modal mobility
and freight
Enabling a low‐carbon economy with Cooperative
Systems
36
26. Challenge 6:
Obj. 6.1: Smart Energy Grids
Obj. 6.2: ICT systems for energy efficiency
Obj. 6.3: ICT for efficient water resources management
Obj. 6.4: ICT for energy‐efficient buildings and spaces
of public use (EEB PPP)
Obj.6.5: ICT for energy‐positive neighbourhoods
Obj.6.6: Low carbon multi‐modal mobility and freight
transport
Obj.6.7: Cooperative Systems for energy efficient
and sustainable mobility
Obj. 6.8: ICT for fully electric vehicles (Green Car PPP)
37
27. Challenge 7: ICT for Enterprise and Manufacturing
(FoF PPP)
Improving the efficiency, adaptability and sustainability
of manufacturing systems as well as their better integration
within business processes in an increasingly globalised
industrial context.
40
28. Challenge 7: obj. 7.1 & 7.2
Obj. 7.1: Smart Factories: Energy‐aware, agile manufacturing
and customization
Obj. 7.2: Manufacturing solutions for new ICT products ‐ "from
lab to fab" approach
Obj.7.3: Virtual Factories and enterprises
Obj. 7.4: Digital factories: Manufacturing design and product
lifecycle management
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29. Challenge 8: ICT for Learning and Access to
Cultural Resources
ICT technologies to provide flexible and efficient
access to relevant information and knowledge, fo
r educational and cultural purposes
43
30. Challenge 8: obj. 8.1 & 8.2
Obj. 8.1: Technology‐enhanced learning
Obj. 8.2: ICT for access to cultural resources
44
31. Future and Emerging Technologies
FET is the ICT incubator and pathfinder for new ideas and themes
for long‐term research in the area of information and
communication technologies.
Its mission is to promote high risk research, offset by potential
breakthrough with high technological or societal impact.
FET Proactive
Top-down Single
step Calls
FET Open
Bottom-up Two
steps Continuous
45
submission
32. FET Open: objectives
Obj. 9.1: Challenging current Thinking
Obj. 9.2: High‐Tech Research Intensive SMEs in FET
research
Obj.9.3: FET Young Explorers
Obj. 9.4: International cooperation on FET research
(single step)
46
33. FET Proactive: obj. 9.6, 9.7 & 9.8
Obj. 9.6: Unconventional Computation
Obj. 9.7: Dynamics of Multi‐Level Complex Systems
Obj. 9.8: Minimising Energy Consumption of
Computing to the Limit
Obj. 9.9: Quantum ICT
Obj. 9.10: Fundamentals of Collective Adaptive Systems
Obj. 9.11: Neuro‐Bio‐Inspired Systems
Obj. 9.13: Exa‐scale computing, software and simulation
Obj. 9.14: Joint Call ICT‐SSH on 'Science of Global
Systems‘
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34. International Cooperation
Obj. 10.1: EU‐Brazil Research and Developm
ent cooperation
Microelectronics/Microsystems
Control Systems
Future Internet ‐ experimental facilities, security, e‐
Infrastructures
Obj. 10.2: EU‐Russia Research and Develop
ment cooperation
Programming Models and Runtime Support
Performance Analysis Tools for High‐Performance Computing
Optimisation
Scalability and Porting of Codes 50
39. FET Open batches
Short STREP
Short STREP full STREP and
proposals start
Batch proposals end date CSA cut-off date
date submission
submission period (at 17:00 time)
period
9 09/09/2009 12/01/2010 06/07/2010
10 13/01/2010 08/06/2010 07/12/2010
11 09/06/2010 30/11/2010 17/05/2011
12 01/12/2010 03/05/2011 25/10/2011
13 04/05/2011 25/10/2011 10/04/2012
14 26/10/2011 10/04/2012 25/09/2012
15 11/04/2012 11/09/2012 12/03/2013
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42. References
European Economic Recovery Plan 2010‐2013 Public Private Partnerships
(PPPs) in Research Activities:
http://ec.europa.eu/research/index.cfm?pg=newsalert&lg=en&year=2009&na=p
pp‐310309
http://ec.europa.eu/research/industrial_technologies/lists/list_114_en.html
Future Internet: http://ec.europa.eu/information_society/activities/foi/index_en.htm
AAL Joint Programme: www.aal‐europe.eu
CIP ICT‐PSP:
http://ec.europa.eu/cip/ict‐psp/index_en.htm
http://ec.europa.eu/information_society/activities/ict_psp/index_en.htm
COST: http://www.cost.esf.org/
EUREKA : www.eureka.be
EIROforum: http://www.eiroforum.org/
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43. Thank You
Vladimir Ristevski
Agency for Electronic Communications
National contact point for ICT in Republic of Macedonia
vladimirristevski@gmail.com
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