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POWER TRANSMISSION LINE RECONSTRUCTION FROM SEQUENTIAL OBLIQUE UAV IMAGES

机译:从顺序倾斜UAV图像重建电力传输线重建

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With the accelerated development of the global economy, the scale of UHV (Ultra High Voltage) large-capacity transmission lines has increased dramatically. Nevertheless, existing transmission line inspection methods rely on human inspectors detecting abnormal facilities from ground level or helicopters. Those methods not only require extremely high labor and equipment costs, but also are time-consuming. In this paper, a thin object 3D reconstruction method is proposed for the extraction of 3D structures of power lines from sequential oblique UAV images. The proposed method recovers the 3D structure of the power lines from three sequential images that depict the structure of power lines in 2D. Proposed method was tested in a typical transmission line corridor and the reconstructed results show the effectiveness of the proposed method.
机译:随着全球经济的加速发展,UHV(超高电压)大容量传输线的规模急剧增加。尽管如此,现有的传输线路检查方法依赖于从地面或直升机检测异常设施的人体检查员。这些方法不仅需要极高的劳动力和设备成本,而且还需要耗时。本文提出了一种薄的对象3D重构方法,用于从顺序倾斜UAV图像提取电力线的3D结构。所提出的方法从三个顺序图像恢复电力线的3D结构,其描绘了2D中的电力线结构。在典型的传输线路走廊中测试了所提出的方法,并且重建结果显示了所提出的方法的有效性。

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