Test Range For UAV-Based Geophysical Sensors

A. Dobrovolskiy, K. Linkevičs
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Abstract

Summary The idea of using UAV (unmanned area vehicles, drones) to carry appropriate sensors to locate underground objects and utilities seems obvious. However, industry players lack strong experience and knowledge about the capabilities of airborne sensors, or information about the limitations of sensors combining with UAV. Another important point is the methodological aspects of airborne sensors application — how to plan UAV flights, data processing, expected precision of localization, etc. To fill the gaps, we at SPH Engineering built a test range with buried utilities (pipes) of different diameter, material and depth, as well as other objects, and conducted extensive tests of different available sensors over known targets.
基于无人机的地球物理传感器测试范围
使用无人机(无人机)携带适当的传感器来定位地下物体和公用设施的想法似乎是显而易见的。然而,行业参与者缺乏关于机载传感器能力的丰富经验和知识,或者关于传感器与无人机结合的局限性的信息。另一个重点是机载传感器应用的方法学方面——如何规划无人机飞行、数据处理、期望定位精度等。为了填补这一空白,我们在SPH工程公司建立了一个测试范围,使用不同直径、材料和深度的埋地公用设施(管道)以及其他物体,并在已知目标上对不同的可用传感器进行了广泛的测试。
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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