7'IP IKT prioritate, Darba programma A thematic priority for research and development under the spec

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7.IP IKT prioritate,Darba programmaA thematic
priority for research and development under the
specific programme Cooperation implementing the
Seventh Framework Programme (2007-2013) of the
European Community for research, technological
development and demonstration activities

• Dina Berzina,
• Latvijas IST NKP,
• dinab_at_latnet.lv

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ICT INFORMATION AND COMMUNICATION
TECHNOLOGIES,Work Programme 2007-08
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Objective
Improving the competitiveness of European
industry and enabling Europe to master and shape
future developments in ICT so that the demands of
its society and economy are met. ICT is at the
very core of the knowledge based society.
Activities will strengthen Europe's scientific
and technology base and ensure its global
leadership in ICT, help drive and stimulate
product, service and process innovation and
creativity through ICT use and ensure that ICT
progress is rapidly transformed into benefits for
Europe's citizens, businesses, industry and
governments. These activities will also help
reduce the digital divide and social exclusion
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Policy and socio-economic context

• i2010, achieving the renewed Lisbon agenda
• Partnering in ICT research and development
• An approach focused on a limited set of
  challenges
• Involving SMEs and feeding innovation
• Developing global partnerships
• European Technology Platforms in ICT
• Joint Technology Initiatives
• Co-ordination of non-Community research programmes

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ICT WP 2007-08 Challenges (1)

• CHALLENGE 1 Pervasive and Trusted Network and
  Service Infrastructures
• CHALLENGE 2 Cognitive Systems, Interaction,
  Robotics
• CHALLENGE 3 Components, systems, engineering
• CHALLENGE 4 Digital Libraries and Content
• CHALLENGE 5 Towards sustainable and personalised
  healthcare
• CHALLENGE 6 ICT for Mobility, Environmental
  Sustainability and Energy Efficiency
• CHALLENGE 7 ICT for Independent Living and
  Inclusion
• .. 8 Future and Emerging Technologies
• ...9 Horizontal support actions

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ICT WP 2007-08 Challenges (2)
Network and service 1 infrastructures
Future and Emerging Technologies
Cognitive systems, robotics and 2 interaction
Technology roadblocks
Components, Systems, Engineering 3
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1. Pervasive and Trusted Network and Service
Infrastructures (1)

• The Network of the Future
• Service and Software Architectures,
  Infrastructures and Engineering
• ICT in support of the networked enterprise
• Secure, dependable and trusted Infrastructures
• Networked Media
• New Paradigms and Experimental Facilities
• Critical Infrastructure Protection (Joint
  Initiative between ICT and Security Themes)

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Pervasive and Trusted Network and Service
Infrastructures (2)
Today
5 10 years

• Billions of devices connected
• Convergence emerging but
• User handles separate networks, a multiplicity of
  devices, disparate services
• Security and trust are add on characteristics
• Robustness/dependability a key hurdle
• Difficulty to cope with the fragmentation of the
  value chain

• Trillions of devices connected
• Anywhere, anytime, any device
• Unlimited capacity
• Reconfigurability, adaptability,
  Interoperability, Service composition
• Built-in security and trust
• Highly dependable software and systems
• Full support to distributed value chains
• Service oriented architectures
• Computing/data handling a utility

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2. Cognitive Systems, Interaction, Robotics (1)

• Cognitive Systems, Interaction, Robotics

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Cognitive Systems, Interaction, Robotics (2)
Today
5 15 years

• Robots operating in structured, constrained
  environnments
• Industrial robots
• Programmed service robots
• Basic, but not full, understanding of
  computational representations of human cognitive
  processes
• First applications in cognitive vision
• Human-machine interactions that are rather static
  or passive
• unable to adapt to human behaviours and unable to
  empower humans in their interactions

• Robots exhibiting advanced behaviour
• Adapting to context learning from observation
• Machines and systems that understand their users
  and/or their environment
• Systems that analyse and understand multimedia
  and multimodal digital information
• operating in dynamic and open-ended environments

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3. Components, systems, engineering (1)

• Next-Generation Nanoelectronics Components and
  Electronics Integration
• Organic and large-area electronics, visualisation
  and display systems
• Embedded Systems Design
• Computing Systems
• Photonic components and subsystems
• Micro/nanosystems
• Networked Embedded and Control Systems

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Components, systems, engineering (2)
Today
5 10 years

• 45-nano-meter node,
• In leading edge research
• 300 mm wafers
• Silicon and CMOS dominate
• Homogeneous integration
• Photonics applications emerging
• Difficulty with reliable large-scale real-time
  embedded systems
• Unable to analyse aggregate behaviours, predict
  and control systems

• Below the 32 nano-meter node
• 450 mm Wafers
• New materials
• Higher integration,
• More heterogeneous (SoCs, SiPs)
• Wider use of advanced photonics
• Higher productivity in the design of embedded
  systems
• Higher control capacity of large scale real time
  systems

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4. Digital Libraries and Content (1)

• Digital libraries and technology-enhanced
  learning
• Intelligent Content and Semantics

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Digital Libraries and Content (2)
Today
5 10 years

• An intense effort is still required to access,
  interpret, and learn from content
• Content is not personalised
• Interactivity is limited to smart menus.
• Knowledge is badly exploited
• Tools for the capturing and editing are still in
  their infancy
• Learning tools focus so far only on the delivery
  of content

• Digital libraries are widely available
• Multilingual cultural and scientific resources
  are produced, managed, transmitted, preserved and
  used reliably, efficiently and at low cost
• Efficient editing and knowledge management
  systems
• solid semantic foundations
• mass-individualisation of learning experiences
  with ICT (mid term)
• adaptive and intuitive learning systems (longer
  term)

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5. Towards sustainable and personalised
healthcare (1)

• Personal Health Systems for Monitoring and
  Point-of-Care diagnostics
• Advanced ICT for Risk Assessment and Patient
  Safety
• Virtual Physiological Human

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Towards sustainable and personalised healthcare
(2)
Today
5 10 years

• Citizens, healthy or under treatment, can not
  monitor their health
• No access to comprehensive and secure electronic
  health records.
• E.g. needs of elderly people are not sufficiently
  covered.
• Health professionals do not yet have fast and
  easy access to patient-specific data
• to support diagnosis or plan clinical
  interventions.
• Health authorities do not make sufficient use of
  information processing systems

• Innovative systems and services for personalised
  health monitoring.
• E.g. wearable/portable ICT systems
• Efficient systems for point-of-care diagnostics.
• Alerts and management support
• Improved management of large scale health-related
  crises
• Tools for patient-specific computational
  modelling simulation of organs or systems.
• (longer term)

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6. ICT for Mobility, Environmental Sustainability
and Energy Efficiency (1)

• ICT for the Intelligent Car and Mobility Services
• ICT for Cooperative Systems
• ICT for Environmental Management and Energy
  Efficiency

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ICT for Mobility, Environmental Sustainability
and Energy Efficiency (2)
Today
5 10 years

• Safety of vehicles and their energy efficiency
  have drastically improved.
• But, the zero-accident scenario is still a
  distant goal.
• current vehicle's active safety systems are still
  limited stand alone
• Risk management systems provide isolated
  solutions
• No co-ordinated ICT-triggered alert of rescue and
  security forces.
• Infrastructures are not sufficiently energy
  efficient
• e.g. buildings, production plants, transport and
  communications

• Intelligent Vehicle Systems
• secure vehicle-to-vehicle and vehicle-to-infrastr
  ucture communication systems
• optimised traffic management at large scale
• Fully integrated management systems to monitor
  and react to environmental and other risks
• Intelligent monitoring of energy production,
  distribution, trading and use

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7. ICT for Independent Living and Inclusion (1)

• ICT and Ageing
• Accessible and Inclusive ICT

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ICT for Independent Living and Inclusion (2)
Today
5 10 years

• Research on technology for independent living is
  in its infancy
• Progress in the areas of eAccessibility
  assistive technology
• Increasing complexity and limited usability of
  many products and services
• Lack of interoperability between existing
  inclusive systems
• Lack of interoperability between assistive or
  health-support technologies and mainstream ICT

• ICT solutions that will help substantially
  reduce the 30 of the population currently not
  using ICT
• User friendly systems beyond the PC and current
  technologies
• ICT based solutions extending independence and
  prolonging active participation in society
• Cost-effective, multi-vendor solutions enabling
  seamless and reliable integration of devices and
  services

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Future and Emerging Technologies

• FET-Open - new directions and opportunities for
  research in ICT
• FET-Proactive
• Nano-scale ICT devices and systems
• Pervasive adaptation
• Bio-ICT convergence
• Science of Complex Systems for socially
  intelligent ICT
• Embodied Intelligence
• ICT forever yours

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Horizontal support actions

• International cooperation
• Trans-national co-operation among National
  Contact Points

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FP5 FP6 FP7
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ICT Call 1

• Call identifier FP7-2007-ICT-1
• Date of publication 22 Dec 2006
• Closure date 8 May 2007
• Indicative budget 1019 ?1194 M
• Challenges called
• Pervasive and Trusted Network and Service
  Infrastructures
• Cognitive systems, interaction, robotics
• Components, systems, engineering
• Digital libraries and content
• Towards sustainable and personalised healthcare
• ICT for mobility, environmental sustainability
  and energy
• ICT for independent living and inclusion
• Future and emerging technologies
• Horizontal support actions

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ICT Call 2

• Call identifier FP7-2007-ICT-2
• Date of publication May/June 2007
• Closure date Sep/Oct 2007
• Indicative budget 477 M
• Challenges called
• Pervasive and Trusted Network and Service
  Infrastructures
• Components, systems, engineering
• Towards sustainable and personalised healthcare
• ICT for mobility, environmental sustainability
  and energy
• ICT for independent living and inclusion

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ICT Call 3

• Call identifier FP7-2007-ICT-3
• Date of publication Dec 2007
• Closure date Mar 2008
• Indicative budget 265 M
• Challenges called
• Cognitive systems, interaction, robotics
• Digital libraries and content
• Future and emerging technologies
• Horizontal support actions

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FET Open (1)

• Call identifier FP7-2007-ICT-1
• Date of publication 22 Dec 2006
• Date from which proposals are receivable 6 Mar
  2007
• Closure date 31 December 2008, at 1700,
  Brussels, local time
• is planned that the call will subsequently be
  extended beyond 31/12/2008
• Indicative budget 65 M
• Topics called
• Future and emerging technologies

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FET Open (2)
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Tentative Road-Map (1)
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Tentative Road-Map (2)