CPS Engineering Labs. A Network of Design Centres. Expediting and accelerating the realisation of trustworthy CPS

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1 CPS Engineering Labs A Network of Design Centres Expediting and accelerating the realisation of trustworthy CPS Holger Pfeifer CPSE Labs co-ordinator fortiss, Munich, Germany Funded by the European Union

2 CPS Engineering Labs at a glance Network of 6 European CPS Design Centres 9 partners in 5 European countries EU contribution: 7.4 M 3-year project: Feb Jan. 2018

3 CPS Engineering Labs Objectives Mission: Helping businesses innovate with digital technologies and develop CPS products and services Goals: Provide support for European companies to advance their product portfolio, and to move into new markets and new application domains Stimulate uptake of advanced ICT technologies amongst Europe s SMEs Connect businesses with top research centres Ensure research is grounded in industrial needs Businesses get support for prototyping Concept: Industrial Experiments Businesses evaluate CPS design technologies in application development projects All experiments partnered with their chosen Design Centre Design Centre provides Training in selected technologies and skills Technical support and collaborative development effort as needed

Network of Design Centres Competencies and Application Domains Centre UK Focus topics and domains: Model-based engineering,

engineering environments, platforms for safetycritical systems Autonomous systems Centre Germany North Focus topics and

E/E architectures, model-based safety, security analysis, V&V Maritime systems Centre Spain Focus topics and domains: IoT,

4 Network of Design Centres Competencies and Application Domains Centre UK Focus topics and domains: Model-based engineering, co-modelling & co-simulation Urban CPS & Sustainability Centre France Centre Sweden Focus topics and domains: Integrated engineering environments, platforms for safetycritical systems Autonomous systems Centre Germany North Focus topics and domains: Safety assessments, dependable robotic software architectures Robotics, autonomous vehicles Focus topics and domains: E/E architectures, model-based safety, security analysis, V&V Maritime systems Centre Spain Focus topics and domains: IoT, Cloud Services Smart Cities Centre Germany South Focus topics and domains: Model-based engineering, V&V Adaptive production systems, automotive

CPSE Labs Platforms Model-based safety engineering for autonomous

tool-chains RCV Research Concept Vehicle Integrated reference platform for

Things Software framework and hardware platform for distributed industrial

5 CPSE Labs Platforms Model-based safety engineering for autonomous dependable vehicles AIDE support tools for data integration of CPS tool-chains RCV Research Concept Vehicle Integrated reference platform for maritime innovation Semantic interoperability platform for the Internet of Things Software framework and hardware platform for distributed industrial control applications Multidisciplinary modelling and co-simulation tools for CPS design

6 Technology Axes Model-based systems engineering Software technologies for CPS collecting and merging large sets of input data AIDE Simulation & architecture specification Formal modelling & analysis RCV AIDE

7 Experiments: From Platforms... to Innovations

8 Experiments (ctd.): From Platforms... to Innovations

9 Learning and Best Practices CPSE Labs is committed to spread best CPS engineering practices and promote learning among industry and academia Mini-training courses Munich, May: CPS interoperability Toulouse, October: CPS assurance and autonomous systems CPS Summer School University Lucian Blaga Sibiu, Romania, 3 rd 7 th July 2017 Learn about advances in CPS engineering: industry briefings, tutorials and hands-on sessions co-organised by INTO-CPS, CPSE Labs, AMASS EU projects and the MPM4CPS EU COST Action.

10 Agenda -- Monday 10:00-10:20 Introduction CPSE Labs [Holger Pfeifer, fortiss, Germany] 10:20-11:00 Heterogeneity: system modelling & co-simulation [Vincent Aravantinos, fortiss, Germany] 11:00-11:15 Coffee break 11:15-12:15 Composable architectures, behaviours & non-functional properties [Dejiu Chen, KTH Royal Institute of Technology, Sweden] 12:15-12:30 Short break 12:30-13:00 Software architecture evaluation in the context of CPSE [Agustin Yagüe, Universidad Politecnica de Madrid, Spain] 13:00-14:00 Lunch 14:00-15:00 Software architecture evaluation use case [Agustin Yagüe, Universidad Politecnica de Madrid, Spain] 15:00-15:15 Coffee break 15:15-15:15 Into-CPS & Co-simulation experiments [Ken Pierce, University of Newcastle, UK] 17: Q&A session

11 Agenda -- Tuesday 09:00-09:30 Tool Interoperability using Linked Data and OSLC [Frédéric Loiret, KTH Royal Institute of Technology, Sweden] 09:30-10:00 Open-IoT solutions to improve energy efficiency in buildings [Guillermo del Campo Jiménez, Universidad Politecnica de Madrid, Spain] 10:00-10:15 Coffee break 10:15-10:45 Smart cities [Agustin Yagüe, Universidad Politecnica de Madrid, Spain] 10:45-11:45 Design process and traceability in the context of MAF & SPES [Ingo Stierand, OFFIS, Oldenburg, Germany] 11:45-12:15 Testing maritime systems [Marius Brinkmann, OFFIS, Oldenburg, Germany] 12: Q&A

12 Follow CPSE Labs Contact: Holger Pfeifer CPSE Labs coordinator fortiss, Munich, Germany Funded by the European Union

Cyber-Physical Systems Design: Foundations, Methods, and Integrated Tool Chains.

Cyber-Physical Systems Design: Foundations, Methods, and Integrated Tool Chains John.Fitzgerald@ncl.ac.uk Carl Gamble, Peter Gorm Larsen, Ken Pierce, Jim Woodcock 1 2008-2012: Industry deployment of advanced