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ARTEMIS Industry Association Title Presentation - 1 CoDeGrass Conscious Dependable Green Actuator/Sensor Systems Johan Lukkien, Eindhoven University of.

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Presentation on theme: "ARTEMIS Industry Association Title Presentation - 1 CoDeGrass Conscious Dependable Green Actuator/Sensor Systems Johan Lukkien, Eindhoven University of."— Presentation transcript:

1 ARTEMIS Industry Association Title Presentation - 1 CoDeGrass Conscious Dependable Green Actuator/Sensor Systems Johan Lukkien, Eindhoven University of Technology

2 ARTEMIS Industry Association Title Presentation - 2 Trend  The Trend in usage of actuator / sensor systems:  reduce energy spilling, and use energy more efficiently  respond quickly to localised conditions  typical procedure deeply embedded sensing and data acquisition store sensor data in long-term storage applications fuse information obtained from different sources automated responses  Application domains:  (public, company) buildings: HVAC, lighting, security, safety  homes: metering, lighting  health care: long-term monitoring

3 ARTEMIS Industry Association Title Presentation - 3 Sensors Storage Other sources System Actuators Applications Sketch of current situation

4 ARTEMIS Industry Association Title Presentation - 4 CoDeGrass (Conscious Dependable Green Actuator/Sensor Systems)  The CoDeGrass challenge: make systems green, conscious & dependable  reduction of energy use, by the embedded system as well as by the backend systems reduce costly long-term data storage use embedded consciousness to take energy saving decisions  move consciousness into the system, close to the place where the data is generated avoid generation and long-term storage of sensitive data fuse data into information inside the system advance automation into consciousness  privacy management, beyond security mechanisms privacy transparency, for the subjects of the system (e.g. monitored user) reduce long-term storage minimize privacy impact, in case of system breakdown/hacking

5 ARTEMIS Industry Association Title Presentation - 5 Storage Other sources System CoDeGrass  Embed application, (required) storage, sensors and actuators into a control system  Build up embedded consciousness in the form of rules and machine learning  Take external information sources into the control system  Extracted information for long-term storage, information use and application access only via transparent policies Applications Strict, transparent policies setting of global policies regarding governance privacy, security

6 ARTEMIS Industry Association Title Presentation - 6  How to enforce (changing) global policies on a distributed system with no central control.  Policies pertain to many of the qualities of the system  Security  Privacy  Governance, legal requirements  Legal requirements  Safety  Policies must be translated on the fly into operational requirements and implemented accordingly.  [Tentative] Auditing/logging to demonstrate policy compliance Policy Challenges

7 ARTEMIS Industry Association Title Presentation - 7 CoDeGrass: innovation  Generic results, compared to State of the Art:  Energy-efficient solutions for saving energy  Avoiding costly off-line processing  Techniques for embedding intelligence  Explicit and assisted privacy management avoidance of storing sensitive data “graceful degradation” of privacy, in case of incidents  Specific results  testbeds: building control and home intelligent lighting  Contributing to ARTEMIS objectives  Industry objectives: Architecture dependability, (embedded) Resource management – autonomy  Sub programmes: Smart Environments, Embedded Technology for Sustainable Urban Life

8 ARTEMIS Industry Association Title Presentation - 8 Market Innovation  Project (re)uses technology of other projects  Sofia (Artemis)  WASP (IST)  SmaCS & ISLES2014 (Dutch National)  Funding motivation:  required technology to sustain societal needs  potential for innovative SME activities  connecting to the Internet of Things initiatives

9 ARTEMIS Industry Association Title Presentation - 9 Next steps  Time-line  today: soliciting interests,  Consortium members (under discussion)  TU Eindhoven, NXP Eindhoven, SME  Countries involved  Netherlands,....  Work packages, e.g.  Service design & operation  Policies & dependability  Platform design  Demonstration 2 testbeds – building energy management (main), intelligent lighting

10 ARTEMIS Industry Association Title Presentation - 10 Thank you, Johan Lukkien j.j.lukkien@tue.nl


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