Roadmap
Pre-Brokerage Event, 4-5 February 2014, Brussels
Cyber-Physical Systems roadmap
The ARTEMIS implementation roadmap ambition is to address numerous technical and technological opportunities relating to various Application Contexts that in their turn are encompassing Societal Challenges that will spur on European competitiveness.
The Application Contexts addressed in the coming period will cover:
- Efficient, autonomous and Safe Mobility, including: automotive, aeronautics, rail, space, and also public transport, ships and waterborne, as well as multi-modal transport.
- Wellbeing and health, including: care everywhere, home care, hospital care, heuristic healthcare and assisted living.
- Sustainable Production, including: food production, semi-conductors, process automation, manufacturing, mining, oil and gas, chemicals, power plants/ energy conversion – renewable energy resources – biomass, biofuel, wind, sea, …, pharmaceutical, forestry, logistics.
- Smart Communities, including: smart, safe and secure cities, energy efficient building, green infrastructure (traffic management, lighting, water and waste management, and also smart GRIDS- smart metering’s - energy suppliers, network operators and energy service companies - data infrastructures for Utilities –share infrastructures (including telecom), smart Spaces: connected home - smart devices and services for low-level smart home functionality - home health services - home energy management and services- home monitoring - media equipment and content - market which will be worth $101 billion in 2013, assisted living and inclusive society and Integrated city-services.
ARTEMIS research roadmap
The roadmap is made by clustering the research topics in four major themes and setting them along three phases:
short term 2014-2017; medium term 2016-2019, longer term 2017-2020. These three fases are devided in 4 categories.
The 4 below categories are a roadmap for Cyber Physical Systems and are leading in the upcoming calls:
A. Architectures Principles and models for Autonomous Safe and secure Cyber-Physical Systems
Short term: for defining global architectures principles, programming paradigms and frameworks for CPS taking into account safe and secure operation in non-deterministic environment. Certification requirements for disruptive architectures principles are considered at this stage.
More information: here
B. System Design, modelling and virtual engineering for Cyber-Physical Systems
Short term: for targeting CPS for assisting users: integrating environment modelling, design space exploration, verification and validation methodology and tools for complex systems and environments as well as life cycle management.
More information: here
C. Autonomous adaptive and cooperative Cyber-Physical Systems
Short term: for developing core enabling functionalities for efficient use of resources (computing, power, ..) and for optimizing global application performance and life-cycle costs for semi-autonomous CPS.
More information: here
D. Computing Platforms and energy management
Short term: for addressing low power computing systems for global system view for energy management, while managing the complexity, reliability and security for mixed critical systems.
More information: here
