1 / 33

Hvað er IST áætlunin

Tæknin í upplýsingasamfélaginu I nformation S ociety T echnologies, IST programme Sjötta rammaáætlun ESB um rannsóknir og þróun Snæbjörn Kristjánsson, verkfr. stjórnarnefndarfulltrúi IST RANNÍS Kynningarfundur 7. júlí 2005 Háskóla Íslands. Hvað er IST áætlunin.

sydnee
Download Presentation

Hvað er IST áætlunin

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Tæknin í upplýsingasamfélaginuInformation Society Technologies, IST programmeSjötta rammaáætlun ESB um rannsóknir og þróun Snæbjörn Kristjánsson, verkfr. stjórnarnefndarfulltrúi IST RANNÍSKynningarfundur 7. júlí 2005Háskóla Íslands

  2. Hvað er IST áætlunin • Tæknin í upplýsingasamfélaginu byggir á: • Notkun og þróun á upplýsingakerfum (Telematics) • Fjarskiptakerfi (ACTS) • Þróun á hug- og vélbúnaði í tækjum og upplýsingatæknikerfum (ESPRIT) Lykilatriði í öllum umsóknum er: Hugmynd - Nýnæmi - Afrakstur - Ávinningur

  3. Tímaáætlun 6.RÁ 5. lýsing eftir umsóknum • Nóvember 2004 ………Vinnuáætlun IST 2005 - 2006 • 6. apríl 2005 …………Tillaga ESB um FP7 • 17. maí 2005 …………Auglýsing á 5. lýsingu eftir umsóknum • 7. júlí 2005 …………. Kynningarfundur um 5. lýsingu • 21. sept. 2005 ………..5. lýsing skilafrestur umsókna kl 17.00 í Brussel • 22. sept – 25 nóv …….Mat umsókna • 14. - 25. nóv. 2005 ….”Hearing” verkefna sem eru yfir þröskuldum • Haust 2005 ……………Specific programmes þmt ICT í FP7 • 9. desember ………… Niðurstaða mats (ESR) úr 5. lýsingu send ISTC • Desember 2005 ………Fyrstu drög 7. Rammaáætlunin • Haust 2006 …………....Lýst eftir umsóknum í IST í 7RÁ • 12. jan 2006 ,,,,,,,,,,,,,,,,Tillaga að úthlutun (DIP) til stjórnarnefndar ISTC • 1. feb 2006 .………….. Samningar við fyrstu verkefni í 5. lýsingu

  4. Sjötta rammaáætlun ESB um rannsóknir og þróun 2002 - 2006

  5. IST í 6RÁ: Lykilatriði Helstu markmið • Styrkja samkeppnishæfni Evrópu og tæknigrunn • Byggja upp upplýsinga- og þekkingarsamfélag fyrir alla Stefnumörkun • Samþjöppun og einbeiting, byggja upp nauðsynlegt hópteymi (critical mass) • Byggja á styrkleika Evrópu • Framsýn og framúrstefnu verkefni (til lengri tíma / áhættusöm) • Svið verkþátta: Kjarna tæknisvið og notkunarsvið

  6. IST Framtíðarsýnin ISTAG (IST Advisory Group) • Byggja upp þekkingarsamfélagið fyrir alla • Færa notendurna – fólkið í forgrunn athyglinnar • Og byggja upp tæknikerfi sem eru áreiðanleg og örugg, og eru í bakgrunninum (því sem næst ósýnileg) • Sá tími kemur þegar: ‘Umhverfi okkar eru skil okkar við IST upplýsingakerfin og þjónustu’ Tölvan hverfur,,,er allsstaðar (Ubiquitous Computing) • Könnun lausna sem koma eftir úreldingu skila sem byggja á PC, skjáum & lyklaborðum • Fjölskynjunar, gagnvirk tjáning með tölvun og netvinnslu • ‘allsstaðar’, íofin í hversdagshluti(t.d.: húsgögn, föt, faratæki, vitræn efni ,,,,,, )

  7. 6RÁ: Tegundir verkefna (Instruments for priority areas) • Integrated Projects IP Heildræn verkefni • Objective driven • Networks of Excellence NoE Öndvegisnet • Exploratory research • Article 169 • Member states initiative • Specially Targeted Research projects STREP • (address specific issues) • Co-ordination actions CA • Specific Support Actions SSA

  8. Heildræn verkefni (IP) : Markmið Styðja rannsóknir og þróun sem knúin er áfram af skýru markmiði og niðurstöðum(object and result driven) • Skýrt skilgreind markmið og afrakstur • Sérhvert Heildrænt verkefni ætti að • samtvinna þá tegundir verkþátta sem þarf til að ná þar tilgreindum árangri • samþætta nauðsynlegan krítískan massa (critical mass) aðfanga sem þarf til að ná settu marki • sameina/samþætta alla íhluti tæknikeðjunnar til að ná settum markmiðum • styðja samvinnu fyrirtækja og háskóla þ.m.t. LMF

  9. Verkþættir heildræns verkefnis • Verkþættir sem eru samþættir í heildrænt verkefni geta náð yfir allt rannsóknar- og þróunarrófið • rannsóknar- og tækniþróunarþættir (RTD) • sannreyniverkþættir (demonstration activities) • tækniyfirfærsla og verkþættir við að taka í gagnið nýja tækni (take-up activities) • endur- og símenntun • kynning á niðurstöðum / afrakstri verkefnis

  10. IST í 6RÁ5. lýsing eftir umsóknumWP2005-2006

  11. Vinnuáætlun IST 2005 - 2006Fimmta lýsing:50 milljarðar Íkr.638 m€ 17. maí 05 - skilafr. 21. sept. 05 í Bx Technology components • Photonic components 65/35 47m€ • Micro/nano based sub systems 70/30 58m€ • Embedded Systems 60/40 68m€ • Advanced Grid Technologies, Systems and Services 70/30 62m€ • Software and services 60/40 67m€ • Research networking test beds 65/35 18m€ • Multi modal interfaces 60/40 54m€ • ICT for networked businesses 55/45 46m€ • Collaborative Working environments 70/30 40m€ • Acess to and perservation of cultural and scientific resources40/60 36m€ • eInclusion 50/50 29m€ • ICT for Environmental Risk Mangements 60/40 40m€ Integrated systems Sectorial applications

  12. Evaluation Criteria STREPS 1. Relevance (threshold score 3 out of 5) • The extent to which the proposed project addresses the objectives of the work programme. 3. S&T excellence (threshold score 4 out of 5) The extent to which: • the project has clearly defined and well focused objectives. • the objectives represent clear progress beyond the current state-of-the-art. • the proposed S&T approach is likely to enable the project to achieve its objectives in research and innovation

  13. Evaluation criteria ca. bls 93 í WP 6. Mobilisation of resources (threshold score 3 out of 5) The extent to which: • the project foresees the resources (personnel, equipment, financial…) necessary for success. • the resources are convincingly integrated to form a coherent project. • the overall financial plan for the project is adequate.

  14. 2.5.4 Advanced Grid Technologies Systems and Services Industry& Business Grids e-Science “A Grid provides an abstraction for resource sharing and collaboration across multiple administrative domains…” (Source: NGG Expert Group, 16 June 2003 “European Grid Research 2005-2010) • Benefits • Increased productivity by reducing Total Cost of Ownership • Any-type, anywhere, anytime services by/for all • Infrastructure for dynamic virtual organizations • Backbone for future service-oriented utility Examples Ad-hoc Grid services for emergency response Cost-effective simulation for automotive and finance More efficient drug design and healthcare www.cordis.lu/ist/grids

  15. Application Pull Grid-enabled Applications & Services for business and society Research, development, validation and take-up of generic environments and tools TechnologyPush 2.5.4 Advanced Grid Technologies, Systems and Services í 5. lýsingu e-business, e-health, e-gov, e-learning Environment, … Application Sector 1 Application Application Sector 3 Application Sector 2 Sector n Advanced Grid Technologies, Systems and Services Grid Foundations Architecture, design and development of technologies and systems for building the invisible Grid Network-centric Grid Operating Systems Potential new fabric layer for future distributed systems and services www.cordis.lu/ist/grids

  16. 2.5.5 Software and Services • Pervasiveness of SW, SW is becoming a key to competitiveness • Need to advance capabilities to engineer and manage Software systems, e-services, … • Main technical issues: • Open and interoperable platforms • Methodologies, tools • Middleware • Standards

  17. 2.5.5 Software and Services - Focus • New features for software and services development • Dynamic composability and adaptability • Context awareness, autonomy • Semantic interoperability [IP, NoE, STREP] • Complex systems: principles, methodologies and tools for development, simulation and management [IP, STREP]

  18. 2.5.5 Software and Services - Focus frh • Free/open source Software: technologies for supporting development, deployment, evolution, etc. [IP, STREP] • Software systems: • Foundational and applied research addressing properties like self-adaptability, flexibility, robustness, evolvability • Emphasis on high-level methods and concepts (early phases of software life-cycle), system integration and testing, agile methodologies and distributed development, end-user development [NoE, STREP]

  19. FP6 Software Projects - overview Software Engineering Service Computing AOSD IntraWebs SECSE MODELWARE AMIGO Distributed and complex systems ASG GORDA DeDISys PROMISE W2S RODIN SODIUM MADAM CALIBRE F/OSS TOSSAD EDOS PYPY FLOSSWORLD Total of 18 projects and 73M€ funding www.cordis.lu/fp6/projects.htm

  20. 2.5.8 ICT for Networked Businesses Key Objectives • Software solutions to the needs of local/regional SMEs: • Supporting organisational networking & process integration • Improving adaptability to market demands & customer requirements • Distributed & collaborative ambient intelligence-based network-oriented systems for: • Efficient, effective & secure product & service creation/delivery • To contribute to innovative products, services & business environments

  21. 2.5.8 ICT for Networked Businesses Focus • Digital business ecosystems for SMEs: • To provide an open-source environment & models enabling SMEs to co-operate: • in production of software services, components & applications The work covers: • Design, development and take-up of flexible & adaptable software applications interoperable with proprietary systems • To support spontaneous composition, sharing, distribution of business solutions & knowledge

  22. Instruments 2.5.8 ICT for Networked Businesses Digital Ecosystems Extended products & services Horizontal actions Indicative Budget(46 M€) NoEs  55% IPs  STREPS   SSAs  45% CAs 

  23. 2.5.10 – Access to and preservation of cultural & scientific resources Defines two core objectives • Access - support the emerging complexity of digital cultural and scientific objects and repositories, through enriched conceptual representations, and advanced access methods • Digital preservation - explore how to preserve the availability of digital resources over time, through novel concepts, techniques and tools

  24. 2.5.11 eInclusion þátttaka ALLRA • To mainstream accessibility in consumer goods and services, to ensure: • equal access • independent living • participation for all in the Information Society • To develop next generation assistive systems to allow people with disabilities and aging citizens to: • play a full role in society • increase their autonomy • realize their potential.

  25. eInclusion: Integrated projects (IP) • Experience and application research leading to large scale demonstrators, particularly in the areas of: • Smart environment • Next generation mobiles • Digital TV • Future related services. • Possible focus of demonstration scenarios: • Living environments for older persons • Educational environments for children • Work environments for people with disabilities.

  26. Specific targeted research projects STREP • Development of innovative solutions for persons with cognitive disabilities, including the demographic changes. • Possible applications: • Support to the ageing population • Support to children in developing their potential and learning new skills.

  27. 2.5.12 ICT for Environmental Risk Management To overcome the market fragmentation by developing systems & services relevant to risk & emergency management which are: • Interoperable • Open • Evolutionary • Adaptive • Applicable to cross border operations Approx. Budget 40 million €

  28. Theme 1 1. In-situ monitoring (IP & STREPs): • Systems architecture and services ( no sensor devlpt) • Smart sensors networks with communication capability (terrestrial and remote sensing HAP ) - measurement platforms -focus on generic sensor network architecture accommodating a wide range of sensors (static and moving). Based on: • Clear end-user requirements • State of Art and emerging technologies • Cost/benefit analysis

  29. Theme 2 2. RTD on public safety communication (IP & STREPs): • robust, secure and computerised early warning data collection and alert systems; • All media alert communication from the authorities to the citizen and feedback to the authorities • rapidly deployable emergency telecommunications systems. • Using positioning systems Considering: • Safety needs of personnel in the front line; • Enhanced international response to major disasters; • Communication and positioning also indoors

  30. Theme 3 3. Support Actions (SSA/CA) to achieve full interoperability by: - extending the work on the common information and services infrastructure to the broader scope of environmental stresses - appropriate mechanisms to support early adoption of a common GMES information and service architecture; - supporting the convergence effort in the field of public safety communication. ( public safety communication stakeholder forum)

  31. IST Bakland • Björn Þór Jónsson Háskólanum í Reykjavík • Helgi Þorbergsson, Háskóla Íslands • Guðmundur Ásmundsson, Samtökum Iðnaðarins • Guðbjörg Sigurðardóttir, Forsætisráðuneytið • Sigurður Guðmundsson, Rannsókaþjónusta HÍ • Snæbjörn Kristjánsson, RANNÍS • Hjördís Hendriksdóttir, RANNÍS

  32. Nánari upplýsingar: www.cordis.lu/ist http://www.cordis.lu/ist/projects/projects.htm http://fp6.cordis.lu/fp6/call_details.cfm?CALL_ID=208 http://www.cordis.lu/fp7/roadmap.htm IST helpdesk E-Mail : ist@cec.eu.int - Official Journal (invitation texts) - Guides for Proposers - Handbook on eval. & sel. procedures Snæbjörn Kristjánsson skr@rannis.is Helgi Þorbergsson thorberg@hi.is Sigurður Guðmundsson sigurgud@hi.is Björn Þór Jónsson bjorn@ru.is

More Related