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Validation of measurements of land plot area using UAV imagery

机译:使用无人机图像验证土地面积的测量

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This paper analyzes the potential use of very high resolution UAV imagery to measure the area of land plots to monitor land policies. The method used to monitor land is to measure the area of a set of land plots. Compared to traditional methods based on Global Navigation Satellite System (GNSS) measurements or imagery obtained from aerial or satellite platforms, UAV systems lead to improved cost savings in this task without losing accuracy. The tests were conducted on 25 plots representing all the characteristics of a region (e.g. size, shape, border conditions and land use). We determined technical tolerance as a buffer using ISO 5725. We also assessed the relationship between the buffers obtained for the land plots and the characteristics of the plots. Technical tolerance in the digitized plots was within the range established by the European Union. This result shows the validity of UAV systems for land policy monitoring.
机译:本文分析了非常高分辨率的无人机图像在测量土地面积以监控土地政策方面的潜在用途。监视土地的方法是测量一组土地的面积。与基于全球导航卫星系统(GNSS)测量或从空中或卫星平台获得的图像的传统方法相比,无人机系统可在不降低准确性的情况下节省更多成本。测试在代表区域所有特征(例如大小,形状,边界条件和土地使用)的25个地块上进行。我们使用ISO 5725将技术公差确定为缓冲区。我们还评估了针对地块获得的缓冲区与地块特征之间的关系。数字化地块的技术公差在欧盟规定的范围内。这一结果表明了无人机系统在土地政策监测中的有效性。

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