1. WP3 Local Control and Automation Hub,
Peter Rosengren, Peeter Kool, Andreas Persson, CNet

2. Objectives Specify middleware architecture
Develop WSN interfaces for data extraction from sensors.
Define energy ontology
Define external protocols for exporting data from local gateway/hub
Develop device managers for use in pilot
Develop prototype for semantic middleware
Develop occupancy flow matching algorithms

3. Tasks T3.1 Inertia Semantic Middleware Specification
T3.2 DER Device Managers
T3.3 Inertia Ontology, Inference Rules & Semantic Devices
T3.4 Multi-Sensoral Activity Flow Detection&Modeling in controlled environments
T3.5 Ambient and personalised UI&User profiling mechanism

4. T3.1 Inertia Semantic Middleware Specification
M3-M12
Partners: CNet (4), ENG (2), TUK (4), PPC (2)
Describe architecture
Build on LinkSmart technology
Input from T1.4 Architecture Design and T2.1 Common Information Model
Service-Oriented Architecture

5. T3.2 DER Device Managers M6-M18
Partners: CNet (6), ENG (4), Technalis(4), Indesit (4)
Develop device managers (proxies) for sensors/devices to be used in pilot

6. T3.3 Inertia Ontology Inference Rules&Semantic Devices
M6-M24
Partners: TUK(12), CNET (2), ENG (2), Technalia(2)
Extend existing LinkSmart ontologies with energy related features
Reasoning over large amounts of collected energy data to detect usage patterns

7. Partners: CERTH-ITI(10), ALMENDE(2)
T3.4 Multi-Sensoral Activity Flow Detection&Modeling in controlled environments
M6-M24
Partners: CERTH-ITI(10), ALMENDE(2)
Optimise sensor types and placement of sensors for building type
Develop novel algorithms for real-time detection and activity tracking of humans.
Handle privacy and other legal/ethical issues

8. T3.5 Ambient and Personalised UI&User Profiling Mechanism
M6-M24
Partners: HYPERTECH (10), CERTH-ITI(2), ENG (4), CNET (2), INDESIT (6), ALMENDE(2), ENELSI (2)
Provide ways/mechanisms for building users to interact.
Traditional controls (switchs, panels)
Smart phones, public screens for visualisation of energy consumption
End-users
Building Managers

9. Deliverables
D3.1 Semantic Middleware Architecture and Inertia Ontology Specification, M12, CNet
D3.2 Semantic Devices& Device Managers Specification and Ontology update, M18, TUK
D3.3 Ambient User Interfaces, User Behavioural Profiling and Activity Flow Framework, M24, Hypertech

10. T3.1 Inertia Semantic Middleware Specification, Peter Rosengren, CNet

11. T3.1 Inertia Semantic Middleware Specification
M3-M12
Partners: CNet (4), ENG (2), TUK (4), PPC (2)
Describe architecture
Build on LinkSmart technology
Input from T1.4 Architecture Design and T2.1 Common Information Model
Service-Oriented Architecture

12. Middleware architecture

13. Subtasks Assess current LinkSmart baseline Architecture workshops
M4, M6 and M9
Analysing requirements from T1.2 and T1.3
Harmonising with overall architecture from T1.4 and common information model from T2.1
Define/reuse interfaces for selected sensors/devices
Defining external interfaces for exporting data.

14. Subtasks
Definition of context awareness functionality and sensor types to support it
Extend LinkSmart with energy profiles
Definition of interfaces with ontology
Produce design document

15. Next steps
Assess ongoing LinkSmart developments and what can be used in Inertia, nov
Architecture workshop 1, dec-jan.
Gather input from pilot study, feb 2013
Intermediate specification, april 2013

16. T3.1 Subtasks LinkSmart Baseline assessment
What is available today compared with DOW?
Much more advanced event processing architecture
Storage and logging of data
Specify energy profile extensions
Operational characteristics
Dependency on environmental conditions

17. T3.2 DER Device Managers M6-M18
Partners: CNet (6), ENG (4), Technalis(4), Indesit (4)
Develop device managers (proxies) for sensors/devices to be used in pilot

18. T3.2 DER Device Managers M6-M18
Partners: CNet (6), ENG (4), Technalis(4), Indesit (4)
Develop device managers (proxies) for sensors/devices to be used in pilot
Extend the LinkSmart DDK with new types of sensors

19. IoTDevice

20. T3.2 DER Device Managers Existing Implementations/Types Needed
Smart plugs
Temperature
Humidity
Needed
C02
Camera ……
Tryck, 35 kr
Avstånd, 90 kr
Temp & fukt, 40kr
Rörelse, 60 kr
Fukt, 35 kr
Accelerometer, 100 kr
IR Temp, 500 kr

21. T3.2 DER Device Managers For existing device types For new types
Might require development of Device Service Manager
For new types
Develop the device services
Development of Device Service Manager

22. T3.2 DER Device Managers Creating device services
Quick and Simple using the LinkSmart DDK
Creating discovery manager and device service manager
Depends on the underlying technology, its a driver.

23. T3.2 DER Device Managers Risks T1.3, Selection of devices.
Streaming interface need to be added for the camera.

24. T3.3 Inertia Ontology Inference Rules&Semantic Devices
M6-M24
Partners: TUK(12), CNET (2), ENG (2), Technalia(2)
Extend existing LinkSmart ontologies with energy related features
Reasoning over large amounts of collected energy data to detect usage patterns

25. Partners: CERTH-ITI(10), ALMENDE(2)
T3.4 Multi-Sensoral Activity Flow Detection&Modeling in controlled environments
M6-M24
Partners: CERTH-ITI(10), ALMENDE(2)
Optimise sensor types and placement of sensors for building type
Develop novel algorithms for real-time detection and activity tracking of humans.
Handle privacy and other legal/ethical issues

26. T3.5 Ambient and Personalised UI&User Profiling Mechanism
M6-M24
Partners: HYPERTECH (10), CERTH-ITI(2), ENG (4), CNET (2), INDESIT (6), ALMENDE(2), ENELSI (2)
Provide ways/mechanisms for building users to interact.
Traditional controls (switchs, panels)
Smart phones, public screens for visualisation of energy consumption
End-users
Building Managers

27. Deliverables
D3.1 Semantic Middleware Architecture and Inertia Ontology Specification, M12, CNet
D3.2 Semantic Devices& Device Managers Specification and Ontology update, M18, TUK
D3.3 Ambient User Interfaces, User Behavioural Profiling and Activity Flow Framework, M24, Hypertech