LiDAR : A review on generating digital true orthophoto

Norshafinaz Mohd Disa, I. Maarof, Z. Abd Latif, A. Samad
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引用次数: 3

Abstract

Light Detection and Ranging (LiDAR) is a technology that has been used for years with the variety of applications including the production of digital terrain models (DTMs), and high-accuracy mapping. LiDAR offers a very detailed collection of 3-D point clouds of the earth surface which can be used in generating orthophotos. Traditional orthophoto production based on the DTM has to accept that buildings and other objects above ground are not correctly placed in the orthophoto. These deficiencies can be overcome by simply taking the digital surface model (DSM) into account. In this paper, the literature reviews on the quality of true orthophoto production by fusing the digital aerial photos and LiDAR DSM done by former researchers are investigated. The results of the true orthophoto will be assessed by comparing the output and achievement gained by the researchers on the same field of study.
激光雷达:数字真正射影像生成技术综述
光探测和测距(LiDAR)是一项已经使用多年的技术,用于各种应用,包括数字地形模型(dtm)的生产和高精度测绘。激光雷达提供了非常详细的地球表面三维点云集合,可用于生成正射影像。基于DTM的传统正射影像制作必须接受地面上的建筑物和其他物体在正射影像中没有正确放置的事实。这些缺陷可以通过简单地考虑数字表面模型(DSM)来克服。本文综述了前人对数字航空照片与激光雷达DSM融合制作真正射影像质量的研究成果。真正的正射影像的结果将通过比较同一研究领域的研究人员的产出和取得的成果来评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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