韩国东海岸军事保留区附近的咸和海岸无人机摄影测量的初步研究

Q4 Engineering Ocean and Polar Research Pub Date : 2017-06-30 DOI:10.4217/OPR.2017.39.2.159
Baeck-Oon Kim, Kong-Hyun Yun, T. Chang, J. Bahk, Seong-Pil Kim
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引用次数: 2

摘要

:为了评估无人机摄影测量在韩国东海岸清河海岸的准确性,我们进行了一项野外实验,其中无人机摄影测试重复了三次。由于海戈海岸位于军事保留区内,因此有必要获得进入海滩的许可,并获得显示军事设施被检查和裁剪的敏感航空照片。三次测试之间无人机射击位置的标准偏差小于1m,但由于无人机姿态的风力变化,地面足迹的可重复性较低。在一次测试中,实施非公制相机校准的自校准光束调整(SCBA)失败。在两次测试中,除了那些需要进行安全检查和裁剪的区域外,垂直误差是像素大小的两倍。考虑到拍摄区域的可重复性可能出现的问题以及SCBA失败的可能性,我们强烈建议沿海地区的无人机摄影测量至少需要重复两次。
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A Preliminary Study on UAV Photogrammetry for the Hyanho Coast Near the Military Reservation Zone, Eastern Coast of Korea
: To evaluate the accuracy of UAV photogrammetry for Hyangho coast, eastern coast of Korea, we conducted a field experiment wherein UAV photogrammetry test was repeated three times. Since the Haygho coast is located within a military reservation zone, it was necessary to obtain permission to gain access to the beach and to have sensitive aerial photographs showing military facilities inspected and cropped. The standard deviation of the UAV shooting position between the three tests was less than 1 m, but repeatability of footprint on the ground was low due to wind-driven variability of the UAV pose. Self-calibrating bundle adjustment(SCBA) of implementing non-metric camera calibration was failed in one test. In two tests, the vertical error was twice as large as the pixel size except for those areas that were subject to security inspection and cropping. Given the problems that can arise with regard to the repeatability of the shooting area as well as the possibility of failure with regard to SCBA, we strongly recommend that UAV photogrammetry in coastal areas needs to be repeated at least twice.
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来源期刊
Ocean and Polar Research
Ocean and Polar Research Engineering-Ocean Engineering
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