Pixel-wise distortion model and its calibration method for AMCW LiDAR

Junwoo Jason Son, Youngbin Son, Byeongho Song, Soohee Han
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Abstract

In this conference paper, we proposed pixel-wise distortion model and its calibration method for AMCW (Amplitude Modulated Continuous Wave) LiDAR (Light Detection and Ranging). The proposed model can be reflect square wave distortion, common mode error and non-linear characteristic of the receiving circuit. The model characterise the distance error with actual distance and amplitude of the DCS (Differential Correlation Sample). A simple calibration method is also announced in order to use the proposed model. The method uses modulation signal delay and shutter speed variation to measure the response of the receiving circuit. The experiment was carried out with various signal delay and shutter speed under simple calibration box. The result shows the response of the AMCW LiDAR was changed by both inputs and also the AMCW LiDAR can measure the distance without these errors by using the proposed model and calibration method.
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AMCW激光雷达逐像素畸变模型及其标定方法
在这篇会议论文中,我们提出了AMCW(调幅连续波)激光雷达(光探测与测距)的逐像素失真模型及其校准方法。该模型能够反映接收电路的方波畸变、共模误差和非线性特性。该模型用DCS(微分相关样本)的实际距离和幅值来表征距离误差。为了使用所提出的模型,还提出了一种简单的校准方法。该方法利用调制信号延迟和快门速度变化来测量接收电路的响应。实验在简单的标定箱下,以不同的信号延迟和快门速度进行。结果表明,两种输入都改变了AMCW激光雷达的响应,并且采用所提出的模型和校准方法,AMCW激光雷达可以在不存在这些误差的情况下测量距离。
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