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UNDERWATER LIDAR SYSTEM: DESIGN CHALLENGES AND APPLICATION IN POLLUTION DETECTION

机译:水下激光雷达系统:设计挑战及其在污染检测中的应用

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The present remote sensing techniques have imposed limitations in the applications of LIDAR Technology. The fundamental sampling inadequacy of the remote sensing data obtained from satellites is that they cannot resolve in the third spatial dimension, the vertical. This limits our possibilities of measuring any vertical variability in the water column. Also the interaction between the physical and biological process in the oceans and their effects at subsequent depths cannot be modeled with present techniques.rnThe idea behind this paper is to introduce underwater LIDAR measurement system by using a LIDAR mounted on an Autonomous Underwater Vehicle (AUV). The paper introduces working principles and design parameters for the LIDAR mounted AUV (AUV-LIDAR). Among several applications the papers discusses the possible use and advantages of AUV-LIDAR in water pollution detection through profiling of Dissolved Organic Matter (DOM) in water bodies.
机译:当前的遥感技术在激光雷达技术的应用中施加了限制。从卫星获得的遥感数据的根本采样不足是,它们无法在第三个空间维度(垂直)上解析。这限制了我们测量水柱中任何垂直变化的可能性。此外,海洋中的物理和生物过程之间的相互作用及其在随后深度的影响也无法用现有技术进行建模。本文的目的是通过使用安装在自动水下航行器(AUV)上的激光雷达介绍水下激光雷达测量系统。 。本文介绍了安装LIDAR的AUV(AUV-LIDAR)的工作原理和设计参数。在若干应用中,论文讨论了AUV-LIDAR通过对水体中溶解有机物(DOM)进行分析在水污染检测中的可能用途和优势。

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