IoT Basic Comprehensive Teaching and Training Platform
Product Description
The experimental platform comprises an intelligent gateway, smart nodes, sensing and control devices, identification equipment, and course‑related resources, serving as a comprehensive development environment for teaching, competitions, experiments, and research projects. It offers an IoT cloud service system tailored to the accompanying experimental kits, supporting curriculum design, capstone projects, and “Internet Plus”–related innovation contests. Powered by a robust embedded Cortex‑A9/A53/A72 processor—available as an option—the IoT gateway integrates a multi‑protocol heterogeneous wireless sensor network module equipped with numerous sensor types, along with low‑frequency, high‑frequency, and ultra‑high‑frequency RFID technologies. This enables a seamless fusion of advanced embedded‑system education with IoT, wireless sensor networks, and RFID instruction, providing an in‑depth exploration of the core principles and technologies of the Internet of Things, while also presenting multiple application examples that illustrate typical IoT use cases and implementation approaches.
The platform supports the practical teaching requirements of courses such as “Microcontroller and Embedded Systems,” “Sensor Application Technology,” “IoT Identification Technology,” “IoT Wireless Communication Technology,” “Android Application Technology (IoT Focus),” “Web Application Technology (IoT Focus),” “IoT Middleware,” “IoT Smart Gateway,” “Linux Operating System,” “Wireless Sensor Network Protocols,” and “Comprehensive IoT Practical Training.”
Zigbee Experiment Section
LED Automatic Blinking Experiment
Timer T1 Experiment
UART Serial Port Experiment
AD Conversion Experiment
Buzzer/LED Display Control Experiment
Temperature and Humidity Sensor Acquisition Experiment
Pressure Sensor Experiment
Light Sensor Acquisition Experiment
Human Body Sensing Sensor Acquisition Experiment
Vibration Sensor Acquisition Experiment
Ultrasonic Sensor Acquisition Experiment
Alcohol Sensor Acquisition Experiment
Introduction to the Z-Stack Protocol Stack Code
Z-Stack Star Network Experiment
Z-Stack Tree Network Experiment
Z-Stack MESH Network Experiment
Bluetooth 4.0 Experimental Section
Introduction to Bluetooth Low Energy
CC2540 Serial Communication Experiment
Light Sensor Acquisition Experiment
Temperature and Humidity Sensor Acquisition Experiment
Bluetooth Networking Configuration Experiment
Bluetooth-Based Sensor Network Configuration Experiment
WIFI Experiment Section
WiFi Module Network Configuration Experiment
WiFi Module Network Sensor Configuration
Vibration Sensor Experiment in a WiFi-Based Wireless Sensor Network
Experiment on a Carbon Monoxide Sensor in a WiFi-Based Wireless Sensor Network
Light Sensor Experiment in a WiFi-Based Wireless Sensor Network
Comprehensive Experiment on Multi-Sensor Integration in WiFi-Based Sensor Networks
Contiki for IPv6 System Experiment
Contiki System Introductory Experiment
Contiki System Process Interaction Experiment; Light Sensor IPv6 Network Transmission Experiment
Comprehensive Experiment on Multi-Sensor Integration over IPv6 Networks
Android Application Development
HelloWorld application
Widget, Dialog, Menu controls
Activity & Intent Experiment
Using the ADB Tool
Android-Based Sensor Information Display Experiment
ZigBee Actuator Control Experiment Based on Android
Android-Based BLE 4.0 Sensor Data Display Experiment
BLE 4.0 Actuator Control Experiment Based on Android
Android-Based Wi-Fi Sensor Information Display Experiment
Android-Based Wi-Fi Actuator Control Experiment
Tag list： IoT Basic Comprehensive Teaching and Training Platform
The experimental platform comprises an intelligent gateway, smart nodes, sensing and control devices, identification equipment, and course‑related resources, serving as a comprehensive development environment for teaching, competitions, hands‑on experiments, and research projects. It offers an IoT cloud service system tailored to the accompanying experimental kits, supporting curriculum design, capstone projects, and “Internet Plus”–related innovation contests. Powered by a robust embedded Cortex‑A9/A53/A72 processor—available as an option—the IoT gateway integrates a multi‑protocol heterogeneous wireless sensor network module equipped with numerous sensor types, along with low‑frequency, high‑frequency, and ultra‑high‑frequency RFID technologies. This enables a seamless fusion of advanced embedded‑system education with IoT, wireless sensor networks, and RFID instruction, providing an in‑depth exploration of core IoT principles and technologies, while also presenting multiple application examples that illustrate typical IoT use cases and implementation approaches.
Industrial Digital Intelligence Business Unit (Teacher Guo)：18666013984
Industry–Education Integration (Teacher Zeng)：18588894612
AIoT Business Unit (Teacher Liu)：13660039204
Low-Altitude Economy Division (Teacher Yang)：18620640166
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