as a result, the concept of optimum signal threshold ratio was proposed to improve the ranging accuracy of the lidar and its computational formula was also presented in this paper 通過改變接收信號強度,對不同信噪比、不同信號門限比條件下大量測距實驗結(jié)果進行了分析,驗證了最佳信號門限比的存在。
further more, the existence of the optimum signal threshold ratio was verified through experiments under different signal threshold ratio and the experiments showed that the optimum signal threshold ratio of our lidar was about 1.8 在一定的實驗條件下,最佳信號門限比的取值在1.8附近,實驗結(jié)果與理論計算吻合良好。
further more, the existence of the optimum signal threshold ratio was verified through experiments under different signal threshold ratio and the experiments showed that the optimum signal threshold ratio of our lidar was about 1.8 在一定的實驗條件下,最佳信號門限比的取值在1.8附近,實驗結(jié)果與理論計算吻合良好。
further more, the existence of the optimum signal threshold ratio was verified through experiments under different signal threshold ratio and the experiments showed that the optimum signal threshold ratio of our lidar was about 1.8 在一定的實驗條件下,最佳信號門限比的取值在1.8附近,實驗結(jié)果與理論計算吻合良好。