• Session 1 : Introduction à l'Intelligence Ambiante : challenges technologiques et scientifiques
• Session 2 : Challenge 1 : Interopérabilité Technologique des objets connectés à l'IoT (Internet of Things)
• Un exemple de protocole : MQTT
• Session 3 : Challenge 1 : Interopérabilité Technologique des Objets Connectés : le WoT (Web of Things) et les WSD (Web services pour dispositifs)
• Des exemples de protocoles : COAP, WS-REST, WS-SOAP, UPnP, DPWS …
• Session 4 : Challenge 2 : Adaptation Dynamique et Composition Logicielle Opportuniste de Services
• Session 5 : Challenge 3 : Interopérabilité Sémantique des Objets Connectés

Todo JY

Todo JY

Todo JY

Word document listing the installation steps

This particular setup of OpenHAB supports several ZWave devices:

• Fibaro button
• Smart plug
• Temperature/Light/Door sensor
• Temperature/Motion sensor

And EnOcean devices:

• Switches
• Smart plug

But thanks to OpenHAB, many devices can be supported with little to no pain.

After installing Mosquitto, OpenHAB and the bindings, you can test the setup with a few simple commands. (maybe add a defined item to test)

Note that if the server is running on localhost:1883 parameters -h and -p can be omitted.

• To subscribe to state updates for a certain item:
  

mosquitto_sub -t openhab/{item}/state [-h {host} -p {port}]

• To subscribe to state updates for a certain item, with server generated timestamps:
  

mosquitto_sub -t openhab/{item} [-h {host} -p {port}]

• To publish commands to an item:
  

mosquitto_pub -t openhab/{item}/commandssub [-h {host} -p {port}] [-l | -m [ON | OFF]]

(-l reads messages from the console window, -m sends the message immediately)

Todo JY

stéph ?

The HDSN kit is a commercial system designed to collect data from an environment using an array of sensors connected to a base.
Among the sensors available are temperature sensors, energy sensors, air quality sensors or wind speed sensors.
This kit uploads data to the manufacturer's cloud-based system every 20 minutes, and that can data can be retrieved using the supplied API.

• Plug the base unit into the mains and an RJ45 port connected to the internet
• Open the web portal and register an account with the platform using the SN and security code found on the sticker on the base unit
• After a minute the base unit should synchronize and its sensors will be available in web portal's dashboard

• Open the web portal to the module configuration page
• Click “Add a sensor”
• Input the module number and security number, both can be found on the sticker on the unit
• After waiting for about a minute, turn on the module by pulling the plastic tab on its backside, as close to the base unit as possible
• The module should start reporting data

• Open the web portal to the parameter page
• For each sensor, input a name and check the configuration (units, modes)

Accessing the data programmatically can be done using the manufacturer-supplied REST API.
Online API reference

Example REST requests in Postman format to get data from a sensor using the API: hdsn_postman.zip

• In Postman, click Import at the top left
• Drop both the environment and collection files into the window, click import
• Open the HDSN collection from the left column, then open the first request
• Select the HDSN environment in the top right drop down
• Select the “pre-request script” tab and replace the values with your identification data: APIUsername and APIPassword are for your HDSN developer account, and username and password are for your HDSN dashboard account.
• Then use the blue “Send” button to send the request.
• Sending the requests in order will complete a full path from developer authentication to retrieving value for a sensor.

Wikipedia Protégé

Site Officiel Protégé

Installation de Protégé

Configuration d'Installation : Pellet Reasoner Plugin

Router Administration