SenseHouse
House automation
Overview
Which global features ?
- Handle a network of "interactors" : Sensors and Actuators in a house
- Offers to the user the possibility to easily bind a sensor detection to an action on an Actuator via a web interface "everyware"
- Generic : adding a type of interactor is easy for the developer
Architecture
Event management
Interactors class diagram
Readings
- Messages from the sensors are received by the main server.
- The message contains a query to register an interactor, or a reading. A new interactor is then registered in the database, or the reading is stored by calling the read_message method of the interactor.
- When storing a reading, check if the value should trigger an event.
Readings
Binding management
Web interface for the user
- Accessible everywhere
- The user is free to chose which event is linked to which callback ( demo )
- Visualization of the house state ( temperature diagrams...) ( display not implemented )
- Adding/deleting interactors (demo)
Demo
What is implemented
- Registering interactors, binding events to callbacks
- Display them in the web interface
- LeapMotion Sensor that send formatted data to the main server
- Music player that uses spotify to play music, and can control music volume of the computer
- A python script to manually send messages to the web server
- A lamp actuator, and PresenceDetection sensor
Futur work
- Implements the displays of all the sensors and triggers
- HeartBeat protocol to keep an updated list of the interactors state
- Use the readings to create a context, make guesses to interact automatically with the users motion
- securely identify the interactors by exchanging keys to prevent unrelated sensors to send data to the main server
SenseHouse
By Adrien Duffy-coissard
SenseHouse
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