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The Best Way to Promote Efficiency and Precision of Laser Scanning for Ancient Architectures Mapping - An Ideal Rotary-UAV with Minimum Vibration for LIDAR

机译:促进激光扫描效率和精度的最佳方法,适用于古老的建筑测绘 - 一种理想的旋转UAV,LIDAR的最小振动

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摘要

Ancient architectures are one of the most complex structures for surveying and mapping. For the lack of effective and automated mapping method, their surveying and mapping have been done manually over the years. LIDAR is currently the most efficient surveying and mapping equipment, but limited by the aerial platform, its point cloud accuracy fails to meet the mapping precision requirement of ancient architectures. This paper puts forward a new design of flying vehicle, improved in vibration intensity, positioning accuracy and operating methods. Based on these improvements, LIDAR can work with a higher scanning precision in the mapping of ancient architectures and therefore can be further applied in this field.
机译:古代建筑是测绘和映射最复杂的结构之一。对于缺乏有效和自动的映射方法,多年来,他们的测量和映射已经手动完成。 LIDAR目前是最有效的测绘设备,但受到空中平台的限制,其点云精度无法满足古建筑的映射精度要求。本文提出了一种新设计飞行车,振动强度,定位精度和操作方法。基于这些改进,LIDAR可以在古代架构的映射中使用更高的扫描精度,因此可以进一步应用于该领域。

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