More and more communicating objects 7. Increasingly
powerful
Objectives
Design a global platform 8. Adaptable to the context 9.
Maximize interoperability
Ambitious, isn't it ? :)
The OSAmI project is developing an open-services ecosystem to
enable all types of co-operating devices and software to work
together seamlessly in any type of flexible combination Objectives
http://thewiki4opentech.org/index.php/OSAmI-Commons 10. What is
OS@mI ?
Finnish
Utilizing device interoperability via various communication
technologies 11. Using devices flexibly for control and
communication 12. Focus is on utilizing wireless communication for
interoperability of mobile devices.
Spanish
User location services for follow-me services 13. Intelligent
behavior of sensors and actuators
German
Healthcare domain
cardiologic rehabilitation of patients at home after
surgery
Turkish
Open tools and development platform for OS@mI services
French
Integration and utilization of heterogeneous
sensors/actuators
Overview 14. What is OS@mI ?
OSGias main building block
Standard 15. Modularity 16. Dynamism 17. Interoperability 18.
Lightweight
Runtime:OSGi R4.2compatible framework
OW2 JOnAS (french consortium)
Based on Apache Felix 19. Apache iPOJO (component model) 20.
Java EE compatibility
Apache Felix / Eclipse Equinox (others) 21. Components
Developer Studio (on Eclipse) 25. Modeling 26. Repository
Technologies 27. Zoom on French Consortium
Energy Efficiency / Smart Home
Buildings must reduce their energy consumption 28. End-user
involvement in energy efficiency process 29. Easy deployable
solution for global analysis and monitoring 30. Verify energetic
models of materials (in the long run)
INEED building in Valence
Measurements from Senses 31. Data mediation
Aggregations, averages, ...
Feedback loop action
Activate actuators from senses' data and rules
(correlation)
2 levels management (gateway / back-office)
Dynamic Environment
Add/retract sensors on the fly 32. Dynamic installation of
rules