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Error Analysis for Elastic - Backscattering Lidar

机译:弹性误差分析 - 后散射激光雷达

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Elastic backscattering LIDAR represents one of the most promising tools for attaining remotely information about the distribution of aerosols and particulates in the atmosphere, which could lead to a better understanding of climate processes. In this paper we shall examine the uncertainties associated with such measurements and try to determine which of the LIDAR parameters need to be optimized in order to minimize the measurement errors. An optimization method of the operative characteristic associated with the LIDAR signal validation is also proposed.
机译:弹性反向散射的LIDAR代表了最有希望的工具之一,用于获得大气中气溶胶和颗粒的分布的远程信息,这可能导致更好地了解气候过程。在本文中,我们应检查与此类测量相关的不确定性,并尝试确定需要优化哪些激光雷达参数,以便最小化测量误差。还提出了与LIDAR信号验证相关的操作特性的优化方法。

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