RICM4 2017 2018 - Ruche Connectee: Difference between revisions

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[[File:RC_schema1.png||thumb|400px|Schéma général du projet]]
[[File:RC_schema1.png||thumb|400px|Schéma général du projet]]
[[File:RC_schema2.png||thumb|400px|Division des tâches entre les deux groupes]]
[[File:RC_schema2.png||thumb|400px|Division des tâches entre les deux groupes]]
[[Ruche connectée LoRa]] : Implementation and access to several sensors on a hive on a building roof to retrieve data remotely using LoRa technology. The goal is not to have physically next to the hive. (Advantages: Not open the hive in winter, don't go on site, ease of analysis, not disturb the bees ...).
[[Ruche connectée LoRa]] : Implementation and access to several sensors placed on a hive on a building roof to retrieve data remotely using LoRa technology. The goal is to don't go physically next to the hive. (Advantages: Not open the hive in winter, don't go on site, ease of analysis, not disturb the bees ...).




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== Week 2 (22 January - 28 January) ==
== Week 2 (22 January - 28 January) ==


* Installation de l'environnement Mbed-Cli pour pouvoir développer et compile sur nos machines (Faire un tuto ?)
* Instalation of Mbed-Cli used to compile offline on our own device (Perhaps make a tuto ?)
* Adaptation with the STM32
* Prise en mains des cartes
* Premier échange en deux cartes grâce au script "Hello World" trouvé en ligne (https://os.mbed.com/teams/Semtech/code/SX1272PingPong/)
* First interraction of to STM32 using LoRa, thanks to the "Hello World" script found online : https://os.mbed.com/teams/Semtech/code/SX1272PingPong/
* Découverte d'outils tel que Grafana, Node-red et InfluxDB (http://air.imag.fr/index.php/Developing_IoT_Mashups_with_Docker,_MQTT,_Node-RED,_InfluxDB,_Grafana)
* Discovering tools such as Docker, Grafana, Node-red et InfluxDB (http://air.imag.fr/index.php/Developing_IoT_Mashups_with_Docker,_MQTT,_Node-RED,_InfluxDB,_Grafana)


== Week 3 (29 January - 4 Febuary) ==
== Week 3 (29 January - 4 Febuary) ==
* Implementation of the global docker with all the tools used (Graphana, InfluxDB, Graphana)

== Week 4 (5 Febuary - 11 Febuary) ==
* Installation of the LoRa gateway with the Lora-net GitHub repository (https://github.com/Lora-net/lora_gateway)
* Begin the SRS of the project (https://air.imag.fr/index.php/RICM4_2017_2018_-_Ruche_Connectee_/_SRS)

== Week 5 (12 Febuary - 18 Febuary) ==
* Do the UML of the project (https://air.imag.fr/index.php/RICM4_2017_2018_-_Ruche_Connectee/UML)

== Week 6 (19 Febuary - 25 Febuary) ==
* Educational interruption

== Week 7 (26 Febuary - 4 March) ==
* Build Docker image for the RaspberryPi (including Node-RED, and GateWay packet forwarder)
* Parsing of Base64 LoRa packet to extract usefull data.
* Implementation of an alternative LoraWan protocol with the two groups working on the Green-House.

== Week 8 (5 March - 11 March) ==
* Working on the demo for the next week at the RICM's birthday

== Week 8 (12 March - 18 March) ==
* Finishing the preparation for the incoming presenation.

== Week 9/10/11 (19 March - 4 april) ==
* As our part is done whe had to merge with the IESE works

Latest revision as of 15:43, 8 April 2018

Project presentation

Schéma général du projet
Division des tâches entre les deux groupes

Ruche connectée LoRa : Implementation and access to several sensors placed on a hive on a building roof to retrieve data remotely using LoRa technology. The goal is to don't go physically next to the hive. (Advantages: Not open the hive in winter, don't go on site, ease of analysis, not disturb the bees ...).


Sensors placed in the hive :

  • Weight
  • Temeprature
  • Pressure
  • Humidity

This allow the beekeeper to go on the site only once the honey is retrievalbe and manage the health of the swarm.

Team

BESNIER Bejamin, LEVESQUE Théo et WEILL William

Supervisor : Mr PALIX Nicolas

Progress et status

Week 1 (15 January - 21 January)

  • Choice and discovery of the project.
  • Briefing on what we will have to do and the objectives to reach.
  • Distribution of the material (STM32 and LoRa sensor).

Week 2 (22 January - 28 January)

Week 3 (29 January - 4 Febuary)

  • Implementation of the global docker with all the tools used (Graphana, InfluxDB, Graphana)

Week 4 (5 Febuary - 11 Febuary)

Week 5 (12 Febuary - 18 Febuary)

Week 6 (19 Febuary - 25 Febuary)

  • Educational interruption

Week 7 (26 Febuary - 4 March)

  • Build Docker image for the RaspberryPi (including Node-RED, and GateWay packet forwarder)
  • Parsing of Base64 LoRa packet to extract usefull data.
  • Implementation of an alternative LoraWan protocol with the two groups working on the Green-House.

Week 8 (5 March - 11 March)

  • Working on the demo for the next week at the RICM's birthday

Week 8 (12 March - 18 March)

  • Finishing the preparation for the incoming presenation.

Week 9/10/11 (19 March - 4 april)

  • As our part is done whe had to merge with the IESE works
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