高光谱-激光共光路联测设计与试验

为解决同时对空中、地面和水下等目标进行精确的距离、方位和光谱属性探测问题，提出了高光谱-激光雷达共光路探测原理和计算模型，以及原理样机设计方法，并进行高光谱-激光雷达共光路探测试验。试验生成了高光谱与激光雷达合成数据，每个点具有坐标信息和光谱信息，对合成前后数据进行对比，可以实现对不同目标识别伪装，并对目标进行精确定位。试验结果表明，高光谱-激光雷达共光路联测方法具有可行性。

Joint Survey Design and Test of Common Optical Path of Hyperspectral Lidar

In order to accurately detect the distances, orientations and spectral properties of air, ground and underwater targets, the measuring principle and calculation model of common optical path of higyperspectral lidar are discussed, and a principle prototype design method is proposed. The detection test of common optical path of higyperspectral lidar is carried out. The synthetic data of hyperspectrum and lidar are generated, each point contains the scanner coordinate information and spectral information. By comparing the data before and after synthesis, the camouflaged targets can be identified, and the targets can be also accurately located. The experimental results show that the measuring method for common optical path of hyperspectral lidar is feasible.