1. ICT 1 – Smart Cyber-Physical Systems in H2020
European Commission
DG CONNECT
Presenter: Dr. Werner Steinhögl
NCP training-Brussels 23rd October 2013

2. ICT 1 – Cyber-Physical Systems - Content
Objectives: new paradigms, concepts, platforms or tool-chains laying the foundation for future Cyber-Physical Systems (CPS)
Stakeholders: suppliers and users of CPS, tool and sub-system providers, system integrators, auditors/certification bodies and related academia and research institutes
Application sectors: energy, transport, medical, but also food, chemistry and others.
Research and innovation activities:
Modelling and integration frameworks
Methods for smart, cooperative and open CPS
Connecting innovators across value chains:
Towards platforms and ecosystems
Bootstrap European networks of Embedded Systems design centres
Supplier would be someone who produces components.
Diverse application areas, also areas that do not usually use ICT, f.eks furniture.
Integrate different disciplines
Systems must have some intelligence.
Linked to outer world, goes beyond capacity of one company. Define interfaces where several can cooperate.
1 and 2 are R&D
3 is more innovation, design centres better connected then offer infrastructure for users.

3. ICT-1 Cyber-Physical Systems – Objectives
De-verticalising technology solutions
cutting across the barriers between application sectors
including mass consumer markets
Bringing together actors along the value chain: from component suppliers to system integrators; to end user
Creating new ICT Platforms for
vertical markets
core markets
by matchmaking between the needs of customers and future technology and service offers of CPS

4. Evolution and Revolution – Cyber-Physical Systems
User experience, Human-Machine Interface
Internet of Things, Cloud, Big Data
Network Technologies
Internet
Cyber-Physical Systems /
Embedded Systems
Networked
Embedded Systems
"Smart Everywhere"
Micro/Nano electronics
System on Chip, Smart Systems
Computing Continuum
Cognitive & Learning Technologies
Breaking system, anti-blocking system is an embedded system
Cyber-physical is an extension. A network of embedded systems then beyond, computing system outside your car that communicates with it.
Foster further along the value chain.
Markets: industrial, professional and consumer markets (Smart Home f.eks)
Foster integration across value chains
Target industrial ─ professional ─ consumer markets

5. Context - Cyber-Physical Systems in H2020
"Societal Challenges" / Focus Areas
Compon. & Systems
ICT-1
Adv. Comput-
ing
ICT-4
Future Internet
Content Techs
Robotics & Smart Spaces
ICT KETs - Nano Electronics, Photonics
ICT for Manuf.
FoF 1,8,9
LEIT* - ICT
Cross cutting actions: Open Disruptive Innovation, Internet of Things, Digital SSH, Cyber-Security, Horizontal Support to Innovation
"Excellent Science" such as FET, research infrastructures and HPC
Where this objective is positioned in Horizon 2020
Other two in red have connections, contribution to realisation of cyber-physical systems
*LEIT: Industry-driven research & innovation - "Leadership for Industrial Technologies

6. Cyber-Physical Systems – driven by JTI (ARTEMIS, ECSEL)
Implementation in JTI
Capital-intensive R&D&I,
Pilot lines,
Demonstrators / Applications
Intensity of investment
Industrially-driven R&D
Pan-European Innovation:
Take-up,
Assessment,
Infrastructure,
Design services
Implementation in H2020
Advanced R&D
Complimentary work elsewhere.
Who are the leading players? JTIs fund more innovation and larger projects
6. Is there a key group of actors or ETP driving this?
eg. Relevant technology platform(s)

7. Cyber-Physical Systems – References
Web-links
Cyber-physical Systems: agenda/en/cyber-physical-systems-1
Embedded Systems: systems-engineering
JTI ARTEMIS:
Contact: