ā¢ā¢ā¢ 1
Introduction to FP7and the ICT Workprogramme
2007 - 2008
Kostas Glinos
Draft
agreed by
Progra
mme
Committee
ā¢ā¢ā¢ 2
ā¢ Markets & Competition: Europe ā A more attractive place to invest & work
ā The internal market ā Improve regulationā Competitive marketsā Expand & improve infrastructure
ā¢ Knowledge & innovation for growthā Increase R&D investmentā Facilitate innovation & uptake of ICT & the sustainable use of
resourcesā Contribute to a strong industrial base
ā¢ Employment & Skills: Creating more & better jobsā Employment & social protection systemsā Flexibility of labour marketsā Human capital: Better education & skills
The renewed Lisbon strategy
ā¢ā¢ā¢ 3
R&D
EU: Largestknowledge-
basedeconomy by
2010 ?
Education & Training
Innovation
How can Europe achieve its Lisbon goals ?
1.By building on its strengths
2.Public & private sectors investing in knowledge
3.By drawing efforts together
āCreating synergies across Europe
āAvoiding fragmentation & duplication of effort
ā¢ā¢ā¢ 4
Research policy
ā¢ Raise R&D investment (3% objective)ā¢ Create a single āmarketā for research
(ERA) and innovationā An area of free movement of knowledge,
researchers & technology
ā¢ R&D excellence ā¢ Improve human capital & skills baseā¢ Build effective research infrastructuresā¢ Aligning Framework Programme (FP) &
national R&D programmes
ā¢ā¢ā¢ 5
FP7 Specific Programmes2007 - 2013
+EURATOM
EURATOM Programme
āCooperationāCollaborative R&D, pre-defined themes, JTIs
āIdeasā Frontier research, competition, individual grants
āPeopleāHuman potential, mobility
āCapacitiesā Infrastructure, SMEs, science and society
Joint Research Centre (non-nuclear)
NEW
Totalā¬ 54.6 bn2007-2013
ā¬ 1.3 bnā¬ 2.8 bn
ā¬ 32.3 bn
ā¬ 7.5 bn
3 %
65 %15 %
9 %ā¬ 4.7 bn
8 %
ā¬ 1.8 bn
ā¬ 4.3 bn
ā¢ā¢ā¢ 6
FP7 āCooperationā: Themes
1. Health 6,0002. Food, Agriculture & Biotechnology 1,9353. Information & Communication Technologies 9,1204. Nanosciences, Nanotechnologies,
Materials & new Production Technologies 3,5055. Energy 2,3006. Environment (including Climate Change) 1,9007. Transport (including Aeronautics) 4,1958. Socio-Economic Sciences & the Humanities 6109. Space 1,43010. Security 1,320
Joint Technology InitiativesJoint Technology Initiatives
ERA-NetsERA-Nets
International Co-operationInternational Co-operation
Budget [mn ā¬]
32,315
ā¦ including
ā¢ā¢ā¢ 7
FP7 Cooperation Programme
Socio-economic sciences and the
humanities
Security
SpaceHealth
Food, agriculture,
biotechnology
Transport
Nanosciences, nanotechnologie
s, materials, production
technologies
Environment
EnergyICT -
Information and
Communication Technologies
9.1 Bā¬ (2007-13)
ā¢ā¢ā¢ 8
ICT WP - Presentation outline
ā¢ Priority-setting for the ICT Work Programme
ā¢ ICT Work Programme 2007 Challenges
ā¢ Whatās at stake and what can we build on
ā¢ What are the targets
ā¢ ICT Calls for Proposal in 2007
ā¢ Objectives and implementation details
ā¢ā¢ā¢ 9
Priorities based on wide consultations
ā¢ Reinforce Europeās strongholdsā Europeās industry and technology position
ā¢ Seize new opportunities for Europeā (r)evolutions and potential impacts:
industrial competitiveness, socio-economic goals
ā¢ Ensure that interventions are significant and that Europe has the capacities to implementā high-risk, medium-to-long term, trans-national
collaborative research
ā¢ā¢ā¢ 10
Reinforce Europeās strongholds
ā¢ Network and service infrastructuresā communication equipment and services, business
software, security solutions ā¦
ā¢ Components and embedded systemsā semiconductors, equipment, photonics, plastic electronics,
integrated micro/nano systems ā¦ embedded systems in vertical markets: cars, planes, medical, telecom ā¦
ā¢ A strong academic research communityā in core ICT fields and in other disciplines relevant for ICT:
biotech, materials, cognitive sciences ā¦
ā¢ā¢ā¢ 11
Seize new opportunities for Europe
ā¢ New technology pathsā more āintelligentā technology: ICT systems that learn &
reason, that contextualise & adapt, that interact & act autonomously
ā driven by developments in cognitive systems, sensing and interaction and advanced robotics
ā¢ Growing demand and new ways of using ICTā digital content and knowledge creation and useā sustainable and personalised healthcareā intelligent and safe transport, sustainable developmentā independent living and inclusion
ā¢ā¢ā¢ 12
Work Programme approach and structure
ā¢ A limited set of Challenges that ā respond to well-identified industry and technology needs
and/orā target specific socio-economic goals
ā¢ A Challenge is addressed through a limited set of Objectives that form the basis of Calls for Proposals
ā¢ An Objective is described in terms ofā target outcome - in terms of characteristicsā expected impact - in terms of industrial competitiveness, societal goal,
technology progress
ā¢ A total of 25 Objectives expressed within 7 Challenges
ā¢ā¢ā¢ 13
Fu
ture
an
d E
mer
gin
g
Tec
hn
olo
gie
s (F
ET
)
2. Cognitive systems, interaction, robotics
1. Network and service infrastructures
3. Components, systems, engineering
4. Digital libraries and content
5. ICT for health
6. ICT for mobility & sustainable growth
7. ICT for independent living and inclusion
Socio-economic goals
Indu
stry
/Tec
h ne
eds
ICT Work Programme 2007 Challenges
ā¢ā¢ā¢ 14
ā¢ Network and service infrastructures underpin economic progress and the development of our societies ā 2 billion mobile terminals in commercial operation, 1 billion Internet users, 400
million internet enabled devices
ā¢ A growing and changing demandā for increasing user control of content/services
for networking āthingsā - TV/PC/phone/sensors/tags ā¦for convergence: networks|devices|services - video/audio/data/voice/.
ā¢ Current technologies can be, and need to be improved significantlyā for scaling up and more flexibility
for better security, dependability and robustnessfor higher performance and more functionality
ā¢ Europe is well-positioned: industry, technology and useā networks equipment and services, business software, middleware, security, home
systems ā¦
Challenge 1: Pervasive and trusted network & service infrastructures
ā¢ā¢ā¢ 15
Challenge 1 targets
ā¢ āConvergenceā emerging but:ā¢ user handles separate networksā¢ a multiplicity of devicesā¢ disparate services
ā¢ Billions of devices connected
ā¢ Security and trust are āadded onā
ā¢ Robustness/dependability a key hurdle
ā¢ Difficulty to cope with the
fragmentation of the value chain
ā¢ Anywhere, anytime, any deviceā¢ seamless, ubiquitousā¢ broadband, mobileā¢ reconfigurable to load/use/context
ā¢ Trillions of devices connected
ā¢ āBuilt-inā security and trust
ā¢ Highly dependable software and systems
ā¢ Full support to distributed value chains and to the networked enterprise
Today 5 ā 10 years
ā¢ā¢ā¢ 16
ICT Call 11. The network of the future
ā¢ mobile, broadband ā¦ spectrum-efficient, high-speed ā¦ managed ā¦
2. Service & software architectures, infrastructures & engineering ā¢ tools for service development, software design, virtualisation ā¦
3. ICT in support of the networked enterprise ā¢ Inter-enterprise operation and collaboration, integrated enterprise ā¦
4. Secure, dependable and trusted infrastructures ā¢ resilience in networks, trust in services, identity, privacy ā¦
5. Networked media ā¢ multimedia networks, platforms, services ā¦
ICT Call 26. New Paradigms and experimental facilities
ā¢ advanced networking architectures, interconnected testbeds ā¦
Critical infrastructure protection ā secure, resilient, always available information infrastructures ā¦
Challenge 1: Objectives in Calls for Proposals
ā¢ā¢ā¢ 17
ā¢ Todayās ICT systems cannot learn from experience and reason, cannot contextualise and adapt, and cannot (inter)act based on observation and learning
ā many ICT applications cannot be developed further if there are no new breakthroughs in machine intelligence and systems engineering ā¦
ā¢ Overcoming such technology roadblocks opens the doors to a wide range of opportunities in new application fields
ā vision/sensing systems, service robots, health robots, industrial robots, multimodal and multilingual interactions ...
ā¢ Europe has key assets to build on ā world leadership in industrial robotics and systems engineeringā mastering of multiple disciplines: neuroscience, microsystems ā¦ā excellent academic research in these fields
Challenge 2: Cognitive systems, robotics and interaction
ā¢ā¢ā¢ 18
Challenge 2 targets
ā¢ Robots operating in āmodelledā, āstructuredā and āconstrainedā environments
ā¢ industrial robotsā¢ āprogrammedā service robots
ā¢ Basic understanding of computational representations of cognitive processes
ā¢ first applications in cognitive vision
ā¢ Human-machine interactions that are rather static / passive
ā¢ unable to adapt to human behaviours and to empower humans in their interactions
ā¢ Robots, machines and systems exhibiting advanced behaviour
ā¢ operating with gaps in knowledgeā¢ operating in open-ended env.s ā¢ operating in dynamic / frequently
changing environments
ā¢ Machines and systems that understand their users / context
ā¢ learning from observationā¢ adapting to context
ā¢ Systems that analyse and understand multimedia and multimodal digital information
ā¢ all senses, gestures, natural language ā āhuman-in-the-loopā
Today 5 ā 15 years
ā¢ā¢ā¢ 19
ICT Call 11. Cognitive systems, interaction, robotics
ā¢ engineering principles for intelligent, integrated systems ā¦; robots/agents that operate autonomously ā¦; human-machine interaction based on sensor data and human language ā¦
ICT Call 31. Cognitive systems, interaction, robotics
ā¢ as above
Challenge 2: Objectives in Calls for Proposals
ā¢ā¢ā¢ 20
ā¢ Electronic systems underpin trillion Euro ICT markets
ā¢ Electronic systems are embedded in all artefacts of lifeā 20-40% of the value of new products comes from embedded electronicsā increasing demand for lower cost, higher performance components
ā¢ Europe is currently leading in embedded electronics in a number of industries
ā car safety, engine control, fly-by-wire avionics, telecom equipment, medical equipment, industrial automation ā¦
ā¢ European firms also among top semiconductor manufacturers and equipment companies
ā¢ Europe enjoys leading positions in emerging fields ā photonics, plastic electronics, flexible displays, integrated
micro/nanosystems ā¦
Challenge 3: Components, systems, engineering
ā¢ā¢ā¢ 21
Challenge 3 targets
ā¢ 45 nanometer nodeā¢ 300 mm wafers
ā¢ Conventional CMOS Silicon dominate
ā¢ āhomogeneousā integration
ā¢ Photonics applications emerging
ā¢ Design gap for embedded software
ā¢ Unable to analyse aggregate behaviours, predict and control systems
Today 5 ā 10 years
ā¢ Below the 32 nanometer nodeā¢ 450 mm wafersā¢ materials, processes, interconnects,
design, manufacturing
ā¢ New materials, higher levels of integration
ā¢ more heterogeneous (SoC, SiP)
ā¢ Wider use of advanced photonics
ā¢ Higher productivity in the design of embedded systems / software
ā¢ Higher control capacity of large-scale real time embedded systems
ā¢ Embedded computing
ā¢ā¢ā¢ 22
ICT Call 11. Next generation nanoelectronics components and electronics
integration ā¢ more Moore, more than Moore: Soc / SiP, beyond CMOS, ā¦
2. Organic and large-area electronics and display systems ā¢ for logic, memory and light-emitting fct ā¦ visualisation systems ā¦
3. Embedded systems design ā¢ design methods, integrated tool chains ā¦
4. Computing systems ā¢ architectures for multi-core computing system, for embedded platforms ā¦
ICT Call 25. Photonic components and subsystems
ā¢ core and application-specific components/subsystems ā¦
6. Micro/nanosystems ā¢ smart systems, nano/bio/ICT, smart fabrics, memory systems ā¦
7. Networked embedded and control systems ā¢ middleware platforms, cooperating objects, advanced control ā¦
Challenge 3: Objectives in Calls for Proposals
ā¢ā¢ā¢ 23
Challenge 4: Digital libraries and content
ā¢ Growing load of information and content and increasing demands for knowledge and skillsā in less than 10 years, the average person will be managing
terabytes of videos, music, photos, and documents every dayā digital content production | consumption:
from āfew-to-manyā to āmany-to-manyā models
ā¢ Todayās technology provides limited tools for access/interaction, development/creation, delivery/diffusion and preservation of content & knowledge
ā¢ Europe, with its unique cultural heritage and creative potential, is well placed to take advantage of technology developments and their use
ā¢ā¢ā¢ 24
Challenge 4 targets
ā¢ Limited access and usabilityā¢ content not efficiently exploitedā¢ interactivity limited to smart menus
ā¢ Tools for capturing and editing still in their infancy
ā¢ Content is not personalised
ā¢ Learning tools primarily focus on the delivery of content
Today 5 ā 10 years
ā¢ āDigital librariesā widely available ā¢ easy to create, access, interpret,
use and preserve content and knowledge
ā¢ cost-effective, reliable, multilingual
ā¢ Advanced authoring tools
ā¢ Effective semantic-based systems and knowledge management
ā¢ Mass-individualisation of learning experiences with ICT (mid-term);adaptive and intuitive learning systems (longer term).
ā¢ā¢ā¢ 25
ICT Call 11. Digital libraries and technology-enhanced learning
ā¢ large-scale libraries, preservation, adaptive and intuitive learning ā¦
2. Intelligent content and semanticsā¢ authoring, workflow, personalisation, semantics, knowledge ā¦
ICT Call 31. Digital libraries and technology-enhanced learning
ā¢ as above
2. Intelligent content and semantics ā¢ as above
Challenge 4: Objectives in Calls for Proposals
ā¢ā¢ā¢ 26
Challenge 5: Towards sustainable and personalised healthcare
ā¢ Rising demands on healthcareā by 2050 close to 40% of the Unionās population will be over 65 yearsā growing expectations of citizens for better careā increasing mobility of patients and health professionalsā need to respond to risks for emerging diseases
ā¢ By 2010, ICT for Health spending may account for up to 5% of the EUās total health budget, up from just 1% in 2000ā need to access, understand and securely manage huge amounts of
health information
ā¢ ICT is also supporting progress in medical research and a shift towards evidence-based medicine
ā¢ European businesses have every opportunity to become leading global players in the new ICT for Health industry
ā¢ā¢ā¢ 27
Challenge 5 targets
ā¢ Citizens, healthy or under treatment, cannot monitor their health
ā¢ no access to comprehensive and secure Electronic Health Records
ā¢ Health professionals do not have fast and easy access to patient-specific data @ point-of-need
ā¢ to support diagnosis or plan clinical interventions
ā¢ Health authorities do not make sufficient use of information processing systems
Today 5 ā 10 years
ā¢ Innovative systems and services for personalised health monitoring.
ā¢ e.g. wearable/portable ICT systems
ā¢ Efficient systems for point-of-care diagnostics
ā¢ e.g. alert and management support
ā¢ ICT-based prediction, detection and monitoring of adverse effects
ā¢ e.g. data mining
ā¢ Tools for patient-specific computational modelling & simulation of organs or systems (longer term)
ā¢ā¢ā¢ 28
ICT Call 11. Personal health systems for monitoring and point-of-care
diagnostics ā¢ personalised monitoring/diagnostics, chronic disease
management, preventive monitoring for people at risk ā¦
2. Advanced ICT for risk assessment and patient safety ā¢ computerised adverse event systems, risk prediction for large
scale events ā¦
ICT Call 23. Virtual physiological human
ā¢ patient-specific computational modelling and simulation, data integration, knowledge extraction, clinical applications/demos ā¦
Challenge 5: Objectives in Calls for Proposals
ā¢ā¢ā¢ 29
Challenge 6: ICT for Mobility, environmental sustainability and energy efficiency
ā¢ Growing demand for transport services ā more congestion, higher energy consumption, pollutant emissions
ā¢ Accidents causing fatalities and injuries ā over 40.000 fatalities on the EU roads every year
ā¢ Increasing demand for natural resources ā 1-2% per year for energy and growing water consumption
ā¢ Natural and industrial disasters has doubled in one decadeā killing 500.000 people and causing 700 billion of damage
ā¢ Europeās industry is one of the most competitiveā automotive, transportation, civil protection, equipment supply ā¦
ā¢ā¢ā¢ 30
Challenge 6 targets
ā¢ Safety of vehicles and their energy efficiency have improved, but
ā¢ the āzero-accident scenarioā is still a distant goal
ā¢ current vehicle active safety (driver warning, hazard detection ā¦) is still limited to stand-alone systems
ā¢ Risk management systems provide isolated solutions
ā¢ no co-ordinated ICT-triggered alert of rescue and security forces
ā¢ Infrastructures are not sufficiently energy efficient
ā¢ transport, buildings, production plants ā¦
Today 5 ā 10 years
ā¢ Intelligent Vehicle Systemsā¢ secure and reliable vehicle-to-
vehicle and vehicle-to-infrastructure comm systems
ā¢ optimised traffic management at large scale + mobility services
ā¢ Fully integrated management systems / shared data to monitor, warn and react to environmental and other risks
ā¢ Intelligent monitoring of energy production, distribution, trading and use
ā¢ā¢ā¢ 31
ICT Call 11. ICT for the intelligent vehicles and mobility services
ā¢ accident prevention, services for people and goods ā¦
ICT Call 22. ICT for cooperative systems
ā¢ vehicle-to-vehicle, vehicle-to-infrastructure, field operational tests ā¦
3. ICT for the environmental management and energy efficiency ā¢ collaborative management systems, energy-neutral environments ā¦
Challenge 6: Objectives in Calls for Proposals
ā¢ā¢ā¢ 32
Challenge 7: ICT for Independent Living and Inclusion
ā¢ Between 1998 and 2025 the proportion of the population classified as elderly will increase from 20% to 28% ā more people with high disability ratesā smaller productive workforce
ā¢ Need for a paradigm shift in health and social careand new requirements for inclusion, accessability and usability
ā¢ Complexity and lack of accessibility and usability of many ICT-based products and services is a major barrier for many people
ā¢ A major economic opportunity for European industry
ā¢ā¢ā¢ 33
Challenge 7 targets
ā¢ Research on technology for independent living is in its infancy
ā¢ systems for inclusion ā¢ assistive technology
ā¢ Increasing complexity and limited usability of many products and services
ā¢ eAccessibility
ā¢ Lack of interoperability between existing inclusive systems
ā¢ Lack of interoperability between assistive technologies and mainstream ICT
Today 5 ā 10 years
ā¢ ICT-based solutions extending independence and prolonging active participation in society
ā¢ ICT solutions that help reduce the 30% of the population currently not using ICT
ā¢ user-friendly systems
ā¢ Cost-effective, interoperable solutions enabling seamless and reliable integration of devices and services
ā¢ā¢ā¢ 34
ICT Call 11. ICT and ageing
ā¢ personal autonomy, participation in society ā¦
ICT Call 22. Accessible and inclusive ICT
ā¢ embedded generalised accessibility support, assistive systems ā¦
Challenge 7: Objectives in Calls for Proposals
ā¢ā¢ā¢ 35
Future and Emerging Technologies
Objectiveā¢ To lay foundations of the ICT innovations of tomorrowā¢ To foster trans-disciplinary research excellence in emerging
ICT-related research domainsā¢ To help emerging research communities to organise and
structure their research agenda
Impactā¢ Pathfinder role: prepare for future ICT directions in the WPā¢ Create new long-term competitive options for ICTā¢ Avoid ātunnel visionā in FP7, by exploring unconventional
āminorityā options and opportunities off the beaten track
ā¢ā¢ā¢ 36
FET structure and content
ā¢ FET Open Schemeā Open to any foundational ICT-related researchā High-risk / high-potential impactā To shape emerging research communities and agendasā Coordination and international cooperation ā Continuous submissions
ā¢ FET Pro-active Initiativesā Fundamental cross-cutting long-term challenges in ICT:
1. Nano-scale ICT devices and systems2. Pervasive adaptation3. Bio-ICT convergence4. Science of complex systems for socially intelligent ICT5. Embodied Intelligence6. ICT forever yours
ā¢ā¢ā¢ 37
ā¢ International cooperationā To pave the way for strategic partnerships in view of developing
global standards and interoperable solutions and strengthening EU competitiveness
ā To widen the diffusion of the information society, especially in developing countries and strengthened the EU policy for development
ā¢ Trans-national co-operation among National Contact Points
ā One proposal including officially appointed NCPsā To improve NCP service across Europeā To help to simplify access to FP7 callsā To lower the entry barriers for newcomersā To raise the quality of submitted proposals
Horizontal support actions
ā¢ā¢ā¢ 38
IST statistics about SMEs in FP6 (1/2)
ā¢ IST Call1 to Call-5 (FP6)
SME funding share per call
14,9%16,8%
27,6%
13,4%
18,3%
3,5%
15,6% 15,3%
0%
5%
10%
15%
20%
25%
30%
CALL 1 CALL 2 CALL 3 CALL 4 CALL 5 FETOPEN
JOINTCALLS
Average
% o
f ca
ll f
un
din
g
Share of SME funding per instrument
15,4%13,5%
6,5%
27,4%
19,3%
15,3%
0%
5%
10%
15%
20%
25%
30%
CA IP NOE SSA STREP Average
% o
f in
stru
men
t fu
nd
ing
ā¢ā¢ā¢ 39
IST SMEs statistics in FP6 ( 2/2)Share of SME funding per strategic objective
(split by call)
3,0%3,5%4,7%5,0%5,1%5,8%6,4%6,8%7,0%
10,0%10,9%11,6%12,1%12,2%12,5%12,6%12,9%12,9%13,1%13,1%13,4%13,6%13,7%13,8%14,1%14,1%14,2%14,4%14,8%15,0%15,3%15,4%15,7%16,1%16,3%17,0%17,5%17,7%18,5%19,3%19,8%20,3%20,9%21,4%
22,7%23,0%23,2%23,6%23,9%24,4%24,8%24,9%25,0%25,6%25,9%
28,2%29,1%
33,3%36,5%
39,7%
0% 10% 20% 30% 40% 50%
Cognitive Systems IIFET Open
FET ProactiveMobile & Wireless I
Interfaces ICognitive Systems IV
FET Proactive VeLearning I
Mobile & Wireless IVGRID II
NMPSecurity & Dependability IV
eCulture VOptoelectronics & Photonics
Broadband IVNanoelectronics IV
Broadband IeGovernment IV
Nanoelectronics IEmbedded Systems II
Micro & nano integration IVeSafety I
Know ledge Systems ISecurity & Dependability I
Interfaces VGRID V
Audio-Visual IeLearning IV
Know ledge & Content IVNetw orked Business I
AverageResearch Netw orks II
Softw are and services IIRisk Management II
Research Netw orks VeSafety IVeHealth IV
Photonics VEmbedded Systems V
Mirco/nano based sub-Softw are and services V
eInclusion VeInclusion II
Risk Management VMicro & nano systems I
ERA IIICross-media content IICollaborative Working
Displays IIP & S Engineering 2010 III
Applications 4 mobile users IIAudio-Visual IV
Netw orked Businesses VINCO III
eCulture IEnlarged Europe IV
eHealth INMS & ACC III
Accompanying measureseGovernment I
% of SO funding
IST Average 15.3%funding
Embedded systems among the top technology-driven IST areas wrt SMEs: 18.9 % in funding and 26.0 % in number of participants (call5)
ā¢ā¢ā¢ 40
SMEs in ICT in FP7
ā¢ SMEs are an important part of the ICT constituency
ā¢ SMEs participation in ICT in FP7 should be highā New opportunity fieldsā 75% reimbursementā Simplification: No CFV, limited audit
certificates, .. ā Balance between STREPs and IPs
ā¢ā¢ā¢ 41
ETPs and ICT WP
ā ETPs are mechanisms for the constituencyā¢ To agree on common goals & common research agendasā¢ To coordinate their RTD activities
ā The ETPs SRAs are important input to the WPā¢ Priorities identified by all major stakeholders
ā But: ā¢ ETPs should be looking also for other sources of funding
ā National programmes, loans, etc.
ā¢ ETPs should be active on other aspects ā E.g. standardisation, IPR rules, etc.
ā¢ā¢ā¢ 42
Beyond the WP: JTIs and 169
ā¢ Two ICT JTIs are foreseen in FP7ā ARTEMIS and ENIAC
ā¢ ARTEMIS to be proposed by the Commission in early 2007ā ENIAC will follow
ā¢ Art 169: ICT for Independent livingā To be launched in early 2007
ā¢ā¢ā¢ 43
ICT Call 1 ā Open: 22 December 2006 Close: 8 May 2007
Challenge 1: Budget
1. The network of the future 200 Mā¬
2. Service & software architectures, infrastructures & engineering 120 Mā¬
3. ICT in support of the networked enterprise 30 Mā¬
4. Secure, dependable and trusted infrastructures 90 Mā¬
5. Networked media 85 Mā¬
Challenge 2:
1. Cognitive systems, interaction, robotics 96 Mā¬
Challenge 3:
1. Next generation nanoelectronics components and electronics integration 86 Mā¬
2. Organic and large-area electronics and display systems 63 Mā¬
3. Embedded systems design 40 Mā¬
4. Computing systems 25 Mā¬Note: Budget allocations are indicative, implementation issues still under discussion
ā¢ā¢ā¢ 44
Challenge 4: Budget1. Digital libraries and technology-enhanced learning 52 Mā¬2. Intelligent content and semantics 51 Mā¬
Challenge 5: 1. Personal health systems for monitoring and point-of-care diagnostics 72 Mā¬2. Advanced ICT for risk assessment and patient safety 30 Mā¬
Challenge 6: 1. ICT for the intelligent vehicles and mobility services 57 Mā¬
Challenge 7: 1. ICT and ageing 30 Mā¬
FET proactive:1. Nano-scale ICT devices and systems 20 Mā¬2. Pervasive adaptation 20 Mā¬3. Bio-ICT convergence 20 Mā¬
Horizontal support actionsInternational cooperation 7 Mā¬
FET-Open (separate Call for Proposals) 65 Mā¬
ā¦ ICT Call 1: 22 Dec 2006 - 8 May 2007 + FET Open ā continuous, close 31 Dec 2008
ā¢ā¢ā¢ 45
ICT Call 2 ā Open: May/Jun 2007 Close: Sep/Oct 2007
Challenge 1: Budget
6. New paradigms and experimental facilities 40 Mā¬
Critical infrastructure protection (open: 30 Aug, close: 29 Nov ā07) 20 Mā¬
Challenge 3: +20/security
5. Photonic components and subsystems 90 Mā¬
6. Micro/nanosystems 83 Mā¬
7. Networked embedded and control systems 47 Mā¬
Challenge 5:
3. Virtual physiological human 72 Mā¬
Challenge 6:
2. ICT for cooperative systems 48 Mā¬
3. ICT for environmental management and energy efficiency 54 Mā¬
Challenge 7:
2. Accessible and inclusive ICT 43 Mā¬Note: Budget allocations are indicative, implementation issues still under discussion
ā¢ā¢ā¢ 46
ICT Call 3 ā Open: Dec 2007 Close: Mar 2008
Challenge 2: Budget
1. Cognitive systems, interaction, robotics 97 Mā¬
Challenge 4:
1. Digital libraries and technology-enhanced learning 50 Mā¬
2. Intelligent content and semantics 50 Mā¬
FET
4. Science of complex systems for socially intelligent ICT 20 Mā¬
5. Embodied intelligence 20 Mā¬
6. ICT forever yours 20 Mā¬
Horizontal support actions
International cooperation 5 Mā¬Trans-national co-operation among NCPs 3 Mā¬
Note: Budget allocations are indicative, implementation issues still under discussion
ā¢ā¢ā¢ 47
More Information
ā¢ FP7: http://cordis.europa.eu/fp7/ict
ā¢ FP6: http://cordis.europa.eu/ist
ā¢ FP7 ICT Proposers Day: Cologne, 1 February 2007