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New capabilities of the 'SHOALS' airborne lidar bathymeter

机译:“ SHOALS”机载激光雷达测深仪的新功能

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The technology and methodology of airborne laser bathymetry are far from mature, and new capabilities continue to be attained. The SHOALS lidar system was recently augmented with the ability to utilize kinematic GPS (KGPS) with on-the-fly (OTF) phase ambiguity resolution to permit the system to be used more extensively over land and for shoreline and other topographic mapping, in addition to underwater bathymetry. The seamless integration of these capabilities permits continuous surveying across the land/water boundary. Importantly, this also permits the production of sea bottom and topographic elevations without the need for concurrently measured water-level data. Algorithms and procedures associated with the use of OTF KGPS are presented along with examples of performance. Published by Elsevier Science Inc. [References: 25]
机译:机载激光测深技术和方法还很不成熟,并且不断获得新的功能。 SHOALS激光雷达系统最近得到了增强,可以利用动态GPS(KGPS)和动态(OTF)相模糊度来使该系统在陆地上以及海岸线和其他地形图上得到更广泛的使用。进行水下测深。这些功能的无缝集成允许跨陆/水边界进行连续测量。重要的是,这也允许生产海底和地形高程,而无需同时测量水位数据。与性能示例一起介绍了与OTF KGPS的使用相关的算法和过程。由Elsevier Science Inc.发布[参考:25]

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