====== IoTLabs: Projects Proposal ======


===== - Global Outcomes =====

  * Analyze the constraints of an LPWAN based on LoRaWAN
  * Deploy an end-to-end IoT service over LoRaWAN 
  * Design the different components of an end-to-end IoT chain
      * Physical interface of an IoT device
      * Control and actuation
      * Data storage, visualization, and analytics

===== - Requirements and Constraints =====

  * Use the ESIB LoRaWAN platform
  * Provide working code and proof of concepts
  * Provide technical documentation

===== - [CO] Connecting the Platform =====

  * Describe and analyze the basic steps for sending and receiving data over LoRaWAN: [[exploring_lorawan|IoTLabs: Exploring LoRaWAN]]

===== - [PO] Projects Proposal =====

==== - LoRaGreen: Smart Classroom ====

  * Design and implement an end-to-end IoT service
      * Detect, transmit, store, and visualize  
          * Classroom occupancy
          * Classroom lighting and temperature 
  * Analyze and correlate occupancy and lighting

==== - LoRaMarathon: Live GPS Tracking ====

  * Design and implement an end-to-end IoT service
      * Detect, transmit, store, and visualize  
          * GPS position of device
          * RSSI level
  * Track device on a dynamic map 

==== - LoRaBot: Device Configuration via Messenger ====

  * Design and implement an end-to-end IoT service
      * Tune radio parameters (SF, transmit period, sleep, etc.)
  * Use a messenger robot to interact with device 

==== - LoRaPark: Parking Counters ====

  * Detect, transmit, store, and visualize  
      * Car entrance and exit of parking
  * Make data available on a messenger robot

===== - Available Resources =====

  * Devices
      * Arduino Mega with LoRa Dragino Shields
      * Raspberry Pi with LoRa and GPS shield ([[http://wiki.dragino.com/index.php?title=Getting_GPS_to_work_on_Raspberry_Pi_2_Model_B#Connection | GPS shield]], [[http://wiki.dragino.com/index.php?title=Use_Lora/GPS_HAT_%2B_RaspberryPi_to_set_up_a_Lora_Node | LoRa on Raspberry Pi]])
  * Sensors: Temperature, light, Infrared ([[https://learn.adafruit.com/pir-passive-infrared-proximity-motion-sensor/overview | PIR]]), moisture
  * Scripts
      * {{ :mqtt-python-examples.zip |MQTT python examples}}
  * Visualisation
      * [[https://emoncms.org/dashboard/view&id=42658 | emoncms]]
===== - Assessment and Grading =====

  * Assessment
      * 1 Common outcome
      * 1 Personal outcome
  * Technical tutorial on Wiki
  * Oral presentation of achievements
      * Accomplished
      * Exceeded