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Airborne Laser Scanning Point Cloud Update by Used of the Terrestrial Laser Scanning and the Low-Level Aerial Photogrammetry

机译:通过使用地面激光扫描和低水平的空中摄影测量来更新空气激光扫描点云更新

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Laser scanning technology is a spatial information gathering technique which is commonly used all over the world. Systems where the red-light beam are used, are divided into: terrestrial, mobile and airborne scanning systems. The main differences between those are the accuracy, the data acquisition solution (f. e. in ALS and MLS besides of the laser scanner, the inertial navigation system is required) and the covered area in one mission campaign. In addition to a type of the project, the systems could be used and merge as one to create precise, accurate 3D point model of the terrain without any gaps. The data which are provided need up to date. In this paper, authors presented the solution of densing the point cloud from the ALS by the use of terrestrial laser scanning system and low-level aerial photogrammetry to reduce the total costs of filling ALS point cloud.
机译:激光扫描技术是一种空间信息收集技术,常见于世界各地。使用红光光束的系统,分为:地面,移动和空降系统。这些之间的主要差异是准确性,数据采集解决方案(F.E。在ALS和MLS中,除了激光扫描仪之外,需要惯性导航系统)和一个任务活动中的覆盖区域。除了一种项目之外,可以使用该系统并合并为一个以创建具有任何差距的地形的精确,准确的3D点模型。提供的数据需要最新。在本文中,作者提出了通过使用地面激光扫描系统和低水平的空中摄影测量来抑制来自ALS的点云的解决方案,以减少填充ALS点云的总成本。

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