1. 1 HiPEAC Workshop on Building Partnerships September 25, 2014 Ljubljana, Slovenia

2. HiPEAC Network of Excellence Koen De Bosschere September 25, 2014 Ljubljana

3. 200520062007200820092010201120122013 HiPEAC1 HiPEAC2 HiPEAC3 2014 2015 HiPEAC history

4. HiPEAC3 Partners 4

5. Membership Associated members: 76 Total: 1496

7. HiPEAC structure Membership Mobility Research coordination Visibility Management Membership management Reaching out to new member states Industry partner program Award program Internships Collaboration grants HiPEAC jobs Conference Summer school Networking Communications Anniversary event Technology transfer Steering committee HiPEAC 2020 Staff Roadmap Low power platform Technology seminars Thematic sessions HiPEAC3 overview

8. 8 New member states

9. HiPEAC info

10. 10 HiPEAC news

11. 11 Twitter/Facebook

12. Website

13. Press

14. Summer school

15. HiPEAC conference

16. 16 Networking

17. HiPP

18. Awards

19. 19 Award program Conference200820092010201120122013 POPL000101 PLDI111141 ASPLOS123042 ISCA222255 HPCA224441 FCCM2662118 DAC54871619 MICRO274467 TOTAL152428215044

20. Jobs website

21. HiPEAC structure Membership Mobility Research coordination Visibility Management Membership management Reaching out to new member states Industry partner program Award program Internships Collaboration grants HiPEAC jobs Conference Summer school Networking Communications Anniversary event Technology transfer Steering committee HiPEAC 2020 Staff Roadmap Low power platform Technology seminars Thematic sessions HiPEAC3 overview

22. http://www.hipeac.net/roadmap Bi-annual vision document

23. Marc Duranton September 16 th, 2014 Analysing the past... … and targeting the future. The HiPEAC vision 2015: Initial highlights

24. 24 200920112008 http://www.hipeac.net/roadmap 2013 End 2014 HiPEAC vision timeline

25. Current structure of the HiPEAC vision 2015 Structure 25 HiPEAC Recommen- dations Course of actions SocietyMarketTechnology SWOT Europe

26. Society Misuse of Information Technology might destroy our privacy (“Snowden effect” => security by design) Governments want to control theirs and others Information Technology (Sovereign IT, auditable IT) Information Technology might eventually destroy more jobs than it creates (Education) Information technology will have an increasing impact on the environment (Low power, no obsolescence) Information Technology will bring improved efficiency to solve societal challenges (Big data processing) Fulfilling human needs thanks to Information Technology (Robots) 26

27. Job creation/destruction US 27

28. Lower wage incomes 28

29. Market Verticalization is progressing The market cares about applications and services, not about platforms No more cloudless days (Federated clouds) Computing builds on interaction + reaction (reactive) Computing becomes increasingly cognitive (Cognitive computing, NN?) 29

30. Technology Silicon based technology: more and more roadblocks: End of Dennard’s scaling still a key limiting factor Increase of the cost per transistor More leakage, more resistivity = even more power “Homogeneity + Dark silicon = end of many-cores” Patterning, adding more constraints on design Storage Communication Optical communication Copper-based communication Wireless communication Facing a new software crisis The productivity challenge The correctness challenge The performance challenge The data challenge 30

31. SWOT Strengths Strong embedded ecosystem Public funding for R&D and technology transfer One of the biggest markets Good education Weaknesses Europe is full of horizontal specialization Loss of competiveness in some domains Borders and different languages Weak academia-industry link Europe is weak on commercialization Opportunities Cost effective customization Leveraging free/cheap/open infrastructure Societal challenges Convergence Micro- and nano-electronics Threats Competing with free/cheap/open infrastructure Financial crisis Aging population and shrinking work force 31

32. Challenges and recommendations 32

33. Physically Entangled Cognitive, smart Compute intensive New apps Connected Technological evolution Tools Architectures Abstractions Power and energy efficiency Managing system complexity Dependability, Security Multidisciplinary Entanglement between the physical and virtual world Holistic 33

34. © 2014 http://www.hipeac.net/roadmap 34