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Geometrical considerations for ground-based lidar systems

机译:地面激光雷达系统的几何考虑

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Abstract: Determining the precise location of low altitude ground based lidar returns is the topic of this paper. This involves consideration of the curvature of the earth and atmospheric refractivity. A closed form geometrical optics solution is obtained for a spherical earth and a modified index of refraction which has a quadratic dependence on altitude as determined by a linear temperature profile. In this way the ray path of a laser can be plotted as a function of range and azimuth in a variety of realistic atmospheres. Resulting ray paths and corresponding altitude errors are presented for near horizon measurements. !16
机译:摘要:确定低空地面激光雷达回波的精确位置是本文的主题。这涉及对地球曲率和大气折射率的考虑。对于球形地球和修改后的折射率,获得了一种封闭形式的几何光学解决方案,该修改后的折射率对线性的温度曲线所确定的高度具有二次依赖性。通过这种方式,可以在各种现实气氛中将激光的光路绘制成距离和方位角的函数。呈现了最终的射线路径和相应的高度误差,用于近距测量。 !16

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