基于无人机数据的扶寿省清顺区地形图的创建与评价

Q4 Social Sciences
P. T. Thanh, M. A. Elshewy, N. B. Long
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引用次数: 0

摘要

近年来,无人机在生活的各个方面,特别是在自动化数据收集领域的使用取得了快速发展。这些进步带来了许多可能性。本文介绍了使用无人机,特别是PHANTOM 4 pro,在Phu Tho省Thanh Son区收集遥感数据并创建比例尺为1:2000的数字地形图。提出了一种改进现有无人机遥感数据获取系统的方法。无人机的易控制性及其传输到控制点的数据的质量和及时性证实了使用无人机创建地形图的价值。除了无人机,实地考察还涉及使用全球导航卫星系统品牌CHCNAVI50。高精度GNSS系统使相机的3D位置能够在每次拍摄时在几厘米内被检测到。编制了Thanh Son区的数字地形图,占地165公顷,并使用Agisoft和Global Mapper等软件进行了处理。制作的数字地形图符合政府组织的文件要求。最大高度误差为4.7厘米,坐标北误差为1.8厘米,坐标东误差为1.4厘米。这是通过使用590个光栅图像实现的,这些光栅图像的分辨率为2.3厘米,大小为5472x3648像素。根据调查结果,该地图的精度在小于2厘米的可接受范围内,适用于1:2000的地图比例尺。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Creation and Assessment of a Topographic Map from Unmanned Aerial Vehicle Data in the Province Phu Tho, Thanh Son District
In recent years, there has been a rapid advancement in the use of unmanned aerial vehicles (UAVs) in various aspects of life, especially in the area of automated data collection. These advancements have brought about numerous possibilities. The article describes the use of an unmanned aerial vehicle, specifically the PHANTOM 4 pro, to gather remote sensing data and create digital topographic plans at a scale of 1:2000 in Phu Tho province's Thanh Son district. A method was suggested for improving the current systems for obtaining remote sensing data for cartography using UAVs. The ease of controlling the UAVs and the quality and timeliness of the data they transmit to control points confirm the value of using them to create topographic maps. In addition to UAVs, fieldwork also involves the use of the GNSS brand CHCNAV I50. The high precision GNSS system enables the camera's 3D position to be detected within a few centimeters at the time of each capture. A digital topographic map was compiled of Thanh Son district, covering 165 hectares, and processed using software such as Agisoft and Global Mapper. The digital topographic map that was produced satisfies the documentation requirements of government organizations. The maximum error in height is 4.7 cm, the error of coordinates north and east are 1.8 cm and 1.4 cm respectively. This was achieved by using 590 raster images, which had a resolution of 2.3 cm and a size of 5472x3648 pixels. Based on the findings, the map's accuracy is within an acceptable range of less than 2 cm, which is suitable for a map scale of 1:2000.
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来源期刊
International Journal of Geoinformatics
International Journal of Geoinformatics Social Sciences-Geography, Planning and Development
CiteScore
1.00
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