Funding Perspectives for CyberPhysical Systems in Horizon 2020
Firenze, 13 December 2013
Werner Steinhögl
Programme Officer- Complex Systems & Advanced Computing
European Commission - DG CONNECT – A3
1
Horizon 2020: Three priorities
32%
22%
Excellent
science
Industrial
leadership
Societal
challenges
2
+ EIT, JRC,
Widening, SwfS
8%
38%
Europe 2020 priorities
Shared objectives and principles
ICT


ICT
ICT
ICT
ICT
ICT





Tackling Societal Challenges
Health, demographic change and wellbeing
Food security, sustainable agriculture and
the bio-based economy
Secure, clean and efficient energy
Smart, green and integrated transport
Climate action, resource efficiency and raw
materials
Inclusive, innovative and reflective
societies
Secure Societies
EIT
JRC
Simplified access




Creating Industrial Leadership and
Competitive Frameworks
 Leadership in enabling and industrial
technologies
ICT
Nanotech., Materials, Manuf. and
Processing
Biotechnology
Space
 Access to risk finance
 Innovation in SMEs
ICT
Excellence in the Science Base
Frontier research (ERC)
Future and Emerging Technologies (FET)
Skills and career development (Marie Curie)
Research infrastructures
ICT
ICT
Common rules, toolkit of funding schemes
3
Dissemination & knowledge tranfer
Coverage of the full innovation chain
Societal challenges
Industrial leadership
Excellent science
Basic
Research
Demonstration
Technology
R&D
Prototyping
4
Large scale
validation
Pilots
Market
uptake
Industrial Leadership - ICT
1. A new generation of components and systems: engineering of
advanced embedded and resource efficient components and
systems
2. Next generation computing: advanced and secure computing
systems and technologies, including cloud computing
3. Future Internet: software, hardware, infrastructures, technologies
and services
4. Content technologies and information management: ICT for digital
content, cultural and creative industries
5. Advanced interfaces and robots: robotics and smart spaces
6. Micro- and nanoelectronics and photonics: key enabling
technologies
5
Work Programme 2014/15
Embedded and CPS in LEIT-ICT
- a Simple Map 2015
~26M€
2014
~25M€
Manufacturing:
Process (Chain) Optimisation (FoF1, FoF9)
Platforms for Connected
Smart Objects (ICT30)
Smart Cyber-Physical
Systems (ICT1)
Customised low power
Computing (ICT4)
2014
56 M€
2015
57 M€
…
…
2015
~13M€
…
Budgets are tentative and may change
Largely
following
ARTEMIS-IA
SRA
ECSEL
JTI
…
EFFRA
SRA
EPoSS
IA SRA
AENEAS
SRA
6
ICT 1 – Smart Cyber-Physical Systems
Objectives: new paradigms, concepts, platforms or tool-chains
laying the foundation for future Cyber-Physical Systems
Stakeholders: suppliers and users of CPS, tool and sub-system
providers, system integrators, auditors/certification bodies and
related academia and research institutes
Possible activities:
1.Modelling and integration frameworks
2.Methods for smart, cooperative and open CPS
3.Connecting innovators across value chains:
• Towards platforms and ecosystems
• Bootstrap the establishment of European networks of Embedded Systems
design centres
ICT4 - Customised and low power computing
Research and Development
•
Servers, micro-server and highly parallel embedded
computing systems based on ultra-low power architectures
•
Cross-layer programming approaches to exploit the full
potential of heterogeneous parallel architectures
Innovation
•
Reference architectures and platforms
across several sectors and application domains
•
Application experiments
bringing together
all actors along
the value chain
ICT 30 – IoT & Platforms for Connected Smart Objects
Objectives: Create Platforms that integrate future generation of
devices, embedded systems and networked technologies for a
multiplicity of applications
Stakeholders: Multidisciplinary: Internet/IoT, embedded systems,…
Architectures supporting:
•
Dynamic configuration
•
Integrated smartness and connectivity
•
Self-organised, autonomous systems
•
Interoperable use cases and applications
Activities:
•
Reference implementations, proof-of-concept
•
Demonstration & validation with innovative use scenarios
FoF1 – Process optimisation of manufacturing assets
Objectives (from a CPS perspective):
Intra-plant: CPS-based process optimisation for adaptive/smart manufacturing
•
Need: Scalable CPS architectures that exploit simulation & modelling and
advanced local control algorithms to optimise local decision making
•
Actions: development of methods for real time analysis, modelling and
control to mimic and optimize manufacturing processes
Extra-plant: Collaborative and agile manufacturing
•
Need: CPS/Cloud to master supply network complexity
•
Actions: development of collaborative tools that allow data sharing and
synchronisation of business processes end-to-end across the supply chain
For official reference, please refer to the final Work Programme text
THANK YOU
Werner.Steinhoegl@ec.europa.eu
Horizon 2020 on the web
http://ec.europa.eu/research/horizon2020/index_en.cfm
ICT-objectives from Vilnius conference 2013
http://ec.europa.eu/digital-agenda/events/cf/ict2013/streamitems.cfm?id=228&by=227
Strategy: Digital Agenda for Europe – Components and Systems
https://ec.europa.eu/digital-agenda/en/science-and-technology/components-systems