YTR-6307 # LiDAR Experiment

SUMMAR

YTR-6307 LiDAR experiment adopts LiDAR 3D scanning technology and infrared imaging   detection technology. By testing different samples, designing multi-dimensional   experimental operations, realizing automatic collection and   processing   of sample point cloud images, obtaining distance, reflection intensity, spatial coordinates and other information, to achieve digitization experiment.Students learn and understand the optical properties and applications associated with LiDAR.

FEATURES

• With 3D LiDAR, a wealth of information can be obtained and multi-dimensional images of the target can be generated.

• Infrared camera can be used to visualize the scanning path of the radar.

• Rich measurement samples, help students to complete the experiment.

• The software has powerful functions, which can analyze and measure the distance and reflection intensity of the target, and can also measure the vertical resolution and horizontal resolution

EXPERIMENTS

1. Understand the basic principle of LiDAR imaging.

2. The object in front of the 3D graphics recognition.

3. Understand the measurement principle of TOF (Time of Flight), measure the target distance and the relative distance between multiple targets.

4. Master a variety of methods to measure vertical resolution of LiDAR.

5. The horizontal angular resolution (horizontal angular resolution) was measured at different rotational speeds.

6. Understand the ability of LiDAR to distinguish targets at different distances.

7. Understand the algorithm of LiDAR to calculate the target space coordinates.

8. Observe the influence of different media on LiDAR imaging.

Target pattern recognition

Vertical resolution measurement