The calibration whiteboard has the following functions in lidar testing:
Improve the positioning accuracy of the lidar: By using the calibration whiteboard, the mechanical structure of the lidar can be accurately calibrated, including the adjustment of parameters such as the installation position angle and height of the lidar. This helps to improve the positioning accuracy of the lidar, which makes the distance, angle, and position measurement of the target object more accurate and reliable.
Calibrate the internal parameters of the lidar: In addition to the calibration of the mechanical structure, the calibration whiteboard can also be used to calibrate the internal parameters of the lidar, including the adjustment of the transmitting power, receiving sensitivity, time synchronization and other parameters of the lidar. The calibration of these parameters helps optimize the performance of the lidar, thereby improving its measurement accuracy and reliability.
Customized different sizes, shapes, and colors: Calibration whiteboards of different sizes, shapes, and colors can be customized according to different testing needs. These customized whiteboards can be better adapted to the testing requirements of specific scenarios, resulting in more accurate and reliable test results.
As a reference standard: In lidar testing, the calibration whiteboard can be used as a reference standard to compare and evaluate the differences between different test results. By using the calibration whiteboard as a reference standard, the results under different test conditions can be better compared to better evaluate the performance of the lidar.
In conclusion, calibration whiteboard plays an important role in LiDAR testing, which can improve the positioning accuracy of LiDAR, optimize its performance, and be used as a reference standard to evaluate test results.