Intelligent Sensor Testing and Assembly Training Platform

Product Overview:

This intelligent sensor assembly and debugging bench is used for theoretical teaching, practical training, and assessment. The bench, by deploying millimeter-wave radar, ultrasonic radar, lidar, cameras, and integrated navigation, enables the introduction of intelligent sensor principles, structural demonstrations, assembly, fault diagnosis, data detection, and assessment functions. It includes millimeter-wave radar, ultrasonic radar, lidar, cameras, integrated navigation, supporting software, and other supporting modules.

Features:
1. The radar testing and teaching platform is equipped with a simulated real vehicle roof, allowing for the installation and calibration of the radar in a simulated real vehicle, facilitating the teaching and explanation of radar-related operational knowledge.

2. The radar testing and teaching platform is equipped with a telescopic guide rail for radar control, simulating the driving behavior of a real vehicle on actual roads, and can dynamically demonstrate radar signal acquisition.

3. The millimeter-wave radar can accurately identify static and dynamic obstacles, displaying data such as distance, speed, and position.

4. By sending different commands, the ultrasonic module of the ultrasonic radar can return data in different detection modes, demonstrating the detection accuracy and detection range under different detection modes.

5. The camera uses software to calibrate its intrinsic parameters and generate calibration files; different calibration files can be loaded to observe the distortion correction effect of the camera; it provides target recognition algorithms and lane line recognition algorithms; by loading different recognition algorithms, the interface displays different recognition functions, allowing for functional training for different projects; multiple data sources can be input, including real-time camera data, recorded data packets, video images, and images output from the simulation training platform.

6. It performs integrated navigation calibration, including initial alignment, navigation mode configuration, coordinate axis configuration, and port output data configuration; it receives integrated navigation data information; it can read GNSS satellite data and inertial navigation attitude data in real time, and can set, analyze, and calibrate positioning errors; the equipment has RTK differential positioning capabilities, enabling teaching and training on the principles of RTK differential positioning systems; it has dual RTK antennas for related orientation training.

Practical Training Projects:

1. Ultrasonic Radar External Parameter Calibration

2. Ultrasonic Radar Signal Analysis and Debugging Training

3. Millimeter-Wave Radar Installation, Calibration, and Testing

4. LiDAR Installation, Calibration, and Testing

5. Camera Installation, Calibration, and Testing

6. Integrated Inertial Navigation System Installation, Calibration, and Testing

7. Smart Sensor Fault Diagnosis