Open IoT book - practical projects

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• Authors
• Versions
• Preface
• Project Information
• Introduction to the Remote Distant Laboratories
  • SUT Silesian University of Technology, laboratories location Gliwice, Poland
    • VREL #1 and #3: General Purpose IoT Laboratory, air receiving nodes 1 and 3
    • VREL #2 and #4: General Purpose IoT Laboratory, air pushing nodes 2 and 4
    • VREL #5: Roboarm IoT Laboratory
    • VREL #6: Color Temperature and Brightness Compensation Laboratory
    • VREL #7: RoofTop Thermo Laboratory - intelligent house and heating management
    • VREL #8 through #11: General Purpose IoT Laboratory with air chamber for pressure monitoring
  • Hands-on lab scenarios for SUT VREL nodes
    • Beginners
      • B1: Basic operations on the 4x20 LCD screen
      • B2: Presenting temperature and humidity on the LCD
      • B3: Handling LED brightness using PWM via I2C controller
      • B4: E-paper display operations
      • U6: Controlling light colour (cold/warm)
      • B6: Presenting air pressure on the LCD
      • B7: Controlling servo
      • B8: Controlling fan using PWM
    • Undergraduates
      • U1: Connecting to the network in STA mode
      • U2: Exposing access point (AP)
      • U3: Sending MQTT messages
      • U4: Receiving and handling MQTT messages
      • U5: Measuring RGB light components using I2C extender/gpio multiplexer
      • U6:
      • U7: Controlling fan speed and servo angle via MQTT
      • U8: Visualising and sending flap state
      • U9: A CoAP client
      • U10:
    • Masters
      • M3:
      • M4: Light balancing between two rooms
      • M5: Keeping constant light conditions including ambient light
  • ITT Group, laboratories location Tallinn, Estonia
    • ITT modular component laboratory
      • ITT Controller module basics
      • ITT RGB LED module
      • Hands-on lab scenarios for SUT VREL nodes
      • Beginners
        • RGB LED module: Remote lights
      • ITT Temperature and humidity sensor module
      • Hands-on lab scenarios for SUT VREL nodes
      • Undergraduates:
        • Smart climate system (with relay module)
      • ITT Servo module
      • Hands-on lab scenarios for SUT VREL nodes
      • Beginners
        • Servo module: Waving servo
      • Undergraduates:
        • Servo lock (with RGB LED module)
      • ITT Relay module
      • Beginners
        • Relay module: Switching the relay
      • ITT OLED display module
      • Hands-on lab scenarios for SUT VREL nodes
      • Beginners
        • OLED display module: Displaying messages
      • Masters:
        • HMI interface (with servo module and temperature module)
  • UME University di Messina, laboratory location Messina, Sicilia, Italy
    • SmartMe Network Laboratory: Arduino Nodes 1-5
    • Scenarios
      • Beginners:
        • IB1: Basic operations on the 2x16 LCD screen
        • IB2: Presenting temperature and humidity values on the LCD
        • IB3: PWM mode (~) of digital pins, programming threshold values
      • Undergraduates:
        • IU1: Showing temperature, humidity and dust values on the 2x16 LCD screen
      • Masters:
        • IM1: MQTT to publish a message with a topic
        • IM2: MQTT to subscribe to a topic to receive messages

• Project ideas on IoT
  • Distributed sensor network
  • Controlling the GPIO pins on Raspberry Pi board
  • Industrial IoT