1. Investing in ES Research: MARKET , FUNDING , POLICIES
ARTEMIS Summer Camp June , Rome
Joseba Laka
European Software Institute – Tecnalia

2. MARKET , FUNDING , POLICIES
MARKET: CONTEXT AND DIRECTIONS
Inputs from EICOSE – Transportation Roadmap: READY
Inputs from ProcessIT – Automation/Process: Expected
Inputs from future ET4IB – Smart Buildings: Expected
Others: Welcomed !
FUNDING AND POLICIES: ALIGNMENT
Covered by ARCADIA (FP7 Support Action)

3. FUNDING AND POLICIES: ALIGNMENT - ARCADIA
Identify relevant initiatives in Embedded Systems area in Europe and world-wide, and assess their achievements made so far
Provide a Support Process for the participation of all stakeholders in the alignment of research strategies, in close coordination with ARTEMISIA in order to capture relevant inputs from the on-going initiatives
Increased harmonisation and alignment of R&D strategies at national, regional and EU levels as major significant input to the development of ARTEMIS SRA
Improved Communication toward the Embedded Systems Community and Dissemination of the project results among stakeholders and other interested parties including the society in general

4. FUNDING AND POLICIES: Preliminary results
Survey of around 19 research initiatives in embedded systems
European and International
Analysis of the initiatives
Along eTRM perspectives
Key success factors for effective alignment
9 ways to pave the way to align research agendas

5. FUNDING AND POLICIES: Contribution to SRA
The ARCADIA report is a WORKING DOCUMENT
It is an input for ARTEMIS SRA
Developed in coordination with ARTEMISIA SRA WG
Your input is welcome!

6. FUNDING AND POLICIES: ASSESSMENTS
Fit-IT, Austria
Artemis Austria, Austria
Ubicom - Embedded Systems , Finland
High Tech Strategy, Hungary
ICT-Based energy systems for the future (E-ENERGY),Israel
PROGram for Research on Embedded Systems and Software (PROGRESS), 
Smartsip, Germany
MITyC, Ministry of Industry Tourism and Trade, Spain
Plataforma Tecnológica PROMETEO, Spain
VINNOVA, Swedish Agency for Innovation Systems, Sweden
Systematic, France
Ministry of Research, Luxembourg
Minelogic, France
Aerospace Valley, France
NASA's Integrated Systems Research Program (ISRP),USA 
US National Science Foundation, USA
Design Challenges for Cyber Physical Systems, USA
South Corea, South Corea
NICTA, Australia
YOUR INITIATIVE

7. FUNDING AND POLICIES: 9 ways for alignment
Vision lead by industry and connecting with societal concerns.
Result-oriented programmes and projects.
Cross-programme and cross-project results
Specific instruments to amplify market impact
Common research strategy as a reference
Long-term funding commitment on agreed common agenda
Relevance of cluster initiatives
Long-lasting strategic alliances among R&D actors
Risk-taking

8. MARKET: CONTEXT AND DIRECTIONS
EICOSE Transportation Roadmap 2010
Responsibility: help to shape parts of the ARTEMIS SRA concerning processes and methods for complex safety critical systems in the transportation domain (Automotive, Aeronautics, Railways).
Market Figures, Automotive
Market Figures, Aerospace
Market Figures, Rail
Societal Objectives: Zero accidents, emissions, congestion, etc.
Enabling Objectives: Always on / always connected, affordable,..

9. MARKET: CONTEXT AND DIRECTIONS

10. MARKET: Automotive demands….
Automotive – Market demands innovations: Production-ready development of innovative vehicle concepts based on embedded systems are required. These systems have to integrate sustainable concepts, like:
Energy recovery systems including electric energy storage like hybrid vehicles
Advanced propulsion systems with dedicated zero emission driving ability like electric and fuel-cell vehicle
Advanced driver assistant systems (e.g. adaptive cruise control and lane keeping) and safety systems (e.g. pre-crash, collision avoidance systems)
Vehicle-To-Vehicle and Vehicle-To-Infrastructure Communications Systems, enabling wireless broadcasting of traffic and other safety-relevant information

11. MARKET: Aerospace demands…
Aerospace – Market demands innovations:
Security: Integration between Open World systems and safety critical systems preventing malevolent intrusions
Environmental impacts: Balance between energy consumption and production / control of operational behaviour of the vehicles and through noise active control systems
Cost of possession:
minimized by the use of integrated health monitoring systems and advanced air / ground communication allowing anticipation of corrective maintenance operations.
Improvement of reliability of systems by decrease the maintenance costs as well as improving the operational reliability
Comfort and operability of Aircrafts will be improved through suitable man machine interfaces.

12. MARKET: Rail demands…. Rail – Market demands innovations:
Satisfy more physical (reduce volume...) and logical (applications) integration
Provide information in a context of intelligent mobility in ubiquitous environment
Process / Method / Tools allowing better re-use and reduction of certification cost (modular safety case for example)
Reduce effort on Interoperability from definition phase to testing phase
Better abstraction from implementation on communication and data distribution systems
Security

13. Thank you for your attention