Information & Communication Technologies

Transcription

1 Horizon 2020 Information & Communication Technologies EPFL 7 December 2017 Francesco Kienzle National Contact Point FET and ICT Euresearch Head Office francesco.kienzle@euresearch.ch

2 Horizon 2020 Structure Excellent Science Industrial Leadership Societal Challenges (SC) European Research Council (ERC) Future and Emerging Technologies (FET) Marie Skłodowska-Curie Actions (MSCA) Research Infrastructures Leadership in Enabling and Industrial Technologies: NMBP: Nanotechnology Advanced Materials Biotechnology Manufacturing & Processing ICT Space Access to risk Finance Innovation in SME Health (SC1) Food (SC2) Energy (SC3) Transport (SC4) Climate/Environment (SC5) Inclusive Societies (SC6) Security (SC7) 2

3 highest budget ever You are Here Image Source: Swiss State Secretariat for Education, Research and Innovation forschungsrahmenprogramme-der-europaeischen-union/forschungsrahmenprogramme.html 3

4 The Work Programme General Introduction 10 Sections Topic Link: 5i. Information and communication technologies (ICT)

5 How to read the topic preview link to Topic Preview Submission Deadline Topic Number Keywords Budget per project RIA = Research IA = Innovation (close to market) CSA = Policy 5

6 What is an National Contact Point? Excellent Science Industrial Leadership Societal Challenges (SC) European Research Council (ERC) Future and Emerging Technologies (FET) Marie Skłodowska-Curie Actions (MSCA) Research Infrastructures Leadership in Enabling and Industrial Technologies: NMBP: Nanotechnology Advanced Materials Biotechnology Manufacturing & Processing ICT Space Health (SC1) Food (SC2) Energy (SC3) Transport (SC4) Climate/Environment (SC5) Access to risk Finance Inclusive Societies (SC6) Innovation in SME Security (SC7) 6 Link to all Swiss Thematic Contact Points

7 SwissCore 7

8 ICT Work Programme Image European Union, 2017

9 Information and Communication Technologies Excellent Science Industrial Leadership Societal Challenges (SC) European Research Council (ERC) Future and Emerging Technologies (FET) Marie Skłodowska-Curie Actions (MSCA) Research Infrastructures Leadership in Enabling and Industrial Technologies: NMBP: Nanotechnology Advanced Materials Biotechnology Manufacturing & Processing ICT Space Access to risk Finance Innovation in SME Health (SC1) Food (SC2) Energy (SC3) Transport (SC4) Climate/Environment (SC5) Inclusive Societies (SC6) Security (SC7) 9

10 ICT Fingerprint Source: 10https://ec.europa.eu/digital-single-market/en/news/digitising-eu-industry

11 Structure of ICT WP Call - Information and Communication Technologies Call - Digitising and transforming European industry & services ECSEL Technologies for Digitising European Industry Photonics Robotics Manufacturing Electronics European Data Infrastructure: HPC, Big Data, Cloud technologies Support to Hubs SAE Photonics Robotics Big Data Smart Home & Grid Platforms and Pilots Smart Factory Energy Agriculture Living at Home Rural Economy Hospital 5G Cybersecurity 11 Next Generation Internet EU-Japan Joint Call EU-Korea Joint Call

12 Call - Information and Communication Technologies Call - Digitising and transforming European industry & services ECSEL Technologies for Digitising European Industry Photonics Robotics Manufacturing Electronics European Data Infrastructure: HPC, Big Data, Cloud technologies Support to Hubs SAE Photonics Robotics Big Data Smart Home & Grid Platforms and Pilots Smart Factory Energy Agriculture Living at Home Rural Economy Hospital 5G Cybersecurity Next Generation Internet EU-Japan Joint Call EU-Korea Joint Call 12

13 Technologies for Digitising European Industry Cyber-physical Systems of Systems Nanoelectonics and smart systems Photonics Robotics 13 Cybersecurity in manufacturing environment

14 Big Data - HPC - Cloud 14 Picture: CSCS

15 HPC in LEIT-ICT (indicative) l l l l l l l l l l Co-designing future HPC systems Using existing HPC systems 15 2 generations of processor architecture design verify, tape-out, validate, test, bring up firmware and system software application acceleration Microprocessor projects Extreme Scale Demonstrators (pre-exascale) FET building blocks integration 1 st generation processor integration scalability up to exascale-class levels HPC / Big Data enabled Large-scale Test-beds and Applications combining existing technologies (HPC / BD / cloud) access and services use cases for companies and especially SMEs. Two exascale Technology & Applications development integration in co-design Widening access and services

16 Large-scale Test-beds and Applications ICT-11 Big Data technologies and extreme-scale analytics ICT-12 European Data Infrastructure: HPC, Big Data, Cloud technologies Software Technologies ICT-16 Support data market & economy ICT-13 Design Extreme Scale Demonstrators ICT-14 Cloud Computing ICT-15 16

17 End-End Facility ICT-17 Automated mobility & trials ICT-18 ICT-19 5G Virtualisation & Security ICT-20 US, China, Taiwan ICT-21,

18 Call - Information and Communication Technologies Call - Digitising and transforming European industry & services ECSEL Technologies for Digitising European Industry Photonics Robotics Manufacturing Electronics European Data Infrastructure: HPC, Big Data, Cloud technologies Support to Hubs SAE Photonics Robotics Big Data Smart Home & Grid Platforms and Pilots Smart Factory Energy Agriculture Living at Home Rural Economy Hospital 5G Cybersecurity Next Generation Internet EU-Japan Joint Call EU-Korea Joint Call 18

19 Next Generation Internet technological trends will thoroughly reshape the internet over the next years. Europe should drive this technology revolution while contributing to making the future internet more human-centric. An internet for the people, that contributes to a more sustainable and inclusive society. 19

20 Artificial Intelligence ICT-26 Interactive Technologies ICT-25 Next Generation Internet Language Technologies ICT-29 Internet of Things ICT-27 Social Networks, Media, Platforms ICT

21 Next Gen Internet Consultation Shape NGI will look in the next 10 years: Read: keep abreast of what is happening in the NGI space Contribute: comment on discussion channels, increase your visibility at the EU level 21

22 Structure of ICT WP Call - Information and Communication Technologies Call - Digitising and transforming European industry & services ECSEL Technologies for Digitising European Industry Photonics Robotics Manufacturing Electronics European Data Infrastructure: HPC, Big Data, Cloud technologies Support to Hubs SAE Photonics Robotics Big Data Smart Home & Grid Platforms and Pilots Smart Factory Energy Agriculture Living at Home Rural Economy Hospital 5G Cybersecurity 22 Next Generation Internet EU-Japan Joint Call EU-Korea Joint Call

23 European Cyber Security Organisation (ECSO): Strategic Research and Innovation Agenda: Cybersecurity Event, Bern 16 May: 23

24 Cybersecurity Excellent Science Industrial Leadership Societal Challenges (SC) European Research Council (ERC) Future and Emerging Technologies (FET) Marie Skłodowska-Curie Actions (MSCA) Research Infrastructures Leadership in Enabling and Industrial Technologies: NMBP: Nanotechnology Advanced Materials Biotechnology Manufacturing & Processing ICT Space Access to risk Finance Innovation in SME Health (SC1) Food (SC2) Energy (SC3) Transport (SC4) Climate/Environment (SC5) Inclusive Societies (SC6) Security (SC7) 24

25 Industrial Leadership Cybersecurity Societal Challenges (SC) ICT Countering of cyber-attacks Quantum Key Distribution testbed Health Toolkit for assessing & reducing cyber risks in hospitals Awareness & training schemes on cybersecurity in hospitals Digital security & privacy for citizens & SMEs Security Security, privacy and data protection in critical sectors Cybersecurity in the Electrical Power and Energy System 25

26 Call - Information and Communication Technologies Call - Digitising and transforming European industry & services ECSEL Technologies for Digitising European Industry Photonics Robotics Manufacturing Electronics European Data Infrastructure: HPC, Big Data, Cloud technologies Support to Hubs SAE Photonics Robotics Big Data Smart Home & Grid Platforms and Pilots Smart Factory Energy Agriculture Living at Home Rural Economy Hospital 5G Cybersecurity Next Generation Internet EU-Japan Joint Call EU-Korea Joint Call 26

27 Digitising and transforming European industry and services: digital innovation hubs and platforms Smart Home & Grid Robotics Digital Innovation Hubs SAE Smart Factory Photonics Big Data digital platforms and large-scale pilots Energy Agriculture Living at Home Rural Economy Hospital Digital transformation to local companies Bringing together technology suppliers and users (incl. cross border) experiments Long-term sustainability Contribute to pan-european DIH network Platform building Large-scale piloting Ecosystem building Standardisation 27

28 But there is much more. 28

29 Nanotechnologies, Advanced Materials, Biotechnology and Advanced Manufacturing and Processing NMBP Demand driven Customised production Physical + digital for new services opto-electrical Human-Robot Precision, efficiency reliability 29

30 Big Data & disease threat in-silico medicine testing Health Personalised Diagnostics Standard Health Record Smart environments Cybersecurity 30

31 Societal Challenges (SC) Health (SC1) Food (SC2) Food Personalized nutrition for healthy diet Energy (SC3) Transport (SC4) Climate/Environment (SC5) Inclusive Societies (SC6) Security (SC7) Climate Water data for life-cycle management 31 Image sources:

32 Transport Space Digital applications with European Global Navigation Satellite System Autonomous ship & vehicles Drones Virtual & collaborative design for aircrafts Safety & Regulation 32

33 Social Sciences Humanites Big Data for public services & policy making Migration Cultural digital assets 33

34 Key Message Look outside ICT 34

35 Horizon 2020 Structure Excellent Science Industrial Leadership Societal Challenges (SC) European Research Council (ERC) Future and Emerging Technologies (FET) Marie Skłodowska-Curie Actions (MSCA) Research Infrastructures Leadership in Enabling and Industrial Technologies: NMBP: Nanotechnology Advanced Materials Biotechnology Manufacturing & Processing ICT Space Access to risk Finance Innovation in SME Health (SC1) Food (SC2) Energy (SC3) Transport (SC4) Climate/Environment (SC5) Inclusive Societies (SC6) Security (SC7) 35

36 Horizon 2020 Future and Emerging Technologies EPFL 7 December 2017 Francesco Kienzle National Contact Point FET and ICT Euresearch Head Office francesco.kienzle@euresearch.ch

37 Future Emerging Technologies 37 Picture: FET brochure

38 Open, light and agile Roadmap based research FET Open Early Ideas Individual research projects FET Proactive Exploration and Incubation Topical clusters of research projects FET Flagships Large-Scale Partnering Initiatives Common research agendas Exploring novel ideas Developing topics & communities Addressing grand challenges 38

39 FET Open FET Proactive FET Flagship 39

40 FET-Flagship FET Flagships are visionary, large-scale, science-driven research initiatives which tackle scientific and technological challenges across scientific disciplines. Next Flagship: Quantum Flagship (deadline 20 Feb 2018) Swiss Quantum Day Call for pre-selection of second Flagship : 1-ICT and Connected Society, 2- Health and the Life Sciences, 3- Energy, Environment and Climate change 40

41 FET-Proactive [1/2] FET Proactive interdisciplinary exploration and consolidation of a new technological direction and their community in order to put it firmly on the map as a viable paradigm for future technology 6 emerging areas identified: 1 Artificial Organs, Tissues and Cells: Merge understanding of metabolism and cell behaviour with strategies for the delivery and use of functional biological constructs: replace, repair, print organ or body on chip 2 Time: Radically new technological possibilities related to time: measure, represent, simulate, manipulate, stop, create, invert, multiply or perceive etc. 3 Living Technologies: based on evolutionary biology, ethology, plant- and animal biology to understand growth, adaptation and evolution and other essential features of living systems, involving gene/phenome/morphology changes, create new functional biological, technological or hybrid artefacts. 41

42 FET-Proactive [2/2] 4 deep social interaction: use cognitive, neural and physiological levels from pair to group interactions to seek futuristic social for improved trust, social integration, engagement and understanding - deeper social interaction with context, culture, emotion, embodiment, cognition 5 micro-energy: new approaches to energy for embedded, local or personal use targeting micro-energy (production, distribution, storage etc.) 6 Topological matter: concept development & design, realisation and testing of topological devices, beyond pure physics or mathematics aspects. The much expected robustness, wide spectral range and topologically-protected transport properties are calling for an engineering approach to apply the multi-physics of wave-matter interactions to novel, potentially lossless communication components and circuits. Concept, design, realisation and testing of topological devices. 42

43 FET-Open FET Open supports the early-stages of the science and technology research and innovation around new ideas towards radically new future technologies. It also funds coordination and support activities for such high-risk forward looking research to prosper in Europe. FET-Open Work programme [spring 2018] FETOPEN FET-Open Challenging Current Thinking FETOPEN FET Innovation Launchpad (CSA)

44 7 % 44

45 Conclusion 45

46 Key Messages : Largest Budget (30 B ) in Framework Programme 2. You are asked to fix the problem formulated in the Topic -> identify your topic(s) of interest! 1. Look outside ICT (Health, Energy, Manufacturing etc.) 2. Use Euresearch ( ) 46

47 Next Step 1. Scan the topic preview(s) 2. Identify the topics of interest 3. Discuss with the Regioal Office 4. Discuss with the National Contact Point 47

48 Contacts Francesco Kienzle, PhD National Contact Point FET & ICT Euresearch Regional Office Lugano Agnes Szeberenyi National Contact Point ICT & Health

49 To Know More ICT Proposers Day Nov 2017: ICT Applicants Training, Bern, 1 Feb 2018 Horizon 2020 Information and Communication Technology - Applicants Training Other events: 49

50 CUT HERE 50

51 National Contact Point ICT services Info days Applicant trainings Topic preview Factsheets E-Alerts (register on Templates: idea check, proposal submission checklist, etc Proposal Advice Proposal review before submission Contact us: 51

52 HPC in FET (indicative) l l l l l l l l l l Technology & Applications development integration in co-design Widening access and services FET HW/SW building blocks and co-design FET 2020: extreme scale HPC systems and applications innovative and ground-breaking system architectures integrate leading edge technology including 2nd generation processor co-design driven by ambitious applications HPC Ecosystem development 55 FET 2019: extreme scale computing & data for key applications System software and management Programming environments I/O and storage Data-intensive HPC emerging se modes Mathematical methods/algorithms Topic FETHPC collaboration with Mexico and Brasil Topic FETHPC

53 ICT Proposers Day 2017 Budapest 9 & 10 November 2017, Budapest European Commission presents Work Programme market/events/cf/ict-proposers-day- 2017/programme.cfm (videos of presentation not available yet) Face to Face meetings: 56

54 Euresearch Events ICT Applicants Training, Bern, 1 Feb 2018 Horizon 2020 Information and Communication Technology - Applicants Training Other events: 57