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Developed an RTOS-based IoT system on Arduino YoloUNO, integrating temperature, humidity, light and other sensors and real-time communication with a Mini Server via MQTT. Designed for scalability with additional hardware or new MCUs on PlatformIO.

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Logic_design_project

HCMUT - Semester 241

CONTENT OF PROJECT

  1. YoloUno with Arduino IDE

    • RTOS on Arduino
    • MQTT
    • Mini Server
  2. PlatformIO on VSCode

    • RTOS on Arduino
    • MQTT
    • Mini Server
  3. Exploring New Hardware

    • New Input/Output Devices
      • Experiment with various sensors and modules (e.g., RFID, AC Sensor, OLED).
      • Expand your understanding of communication protocols (I2C, SPI, UART).
    • New MCUs on PlatformIO
  4. Final Report

    • Prepare a comprehensive report summarizing the key learnings, challenges, and solutions.
    • Include code snippets, wiring diagrams, and relevant performance metrics.
    • Reflect on best practices for project documentation and knowledge sharing.

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Developed an RTOS-based IoT system on Arduino YoloUNO, integrating temperature, humidity, light and other sensors and real-time communication with a Mini Server via MQTT. Designed for scalability with additional hardware or new MCUs on PlatformIO.

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