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Automatic and Intelligent Line Inspection using UAV based on Beidou Navigation System

机译:基于北斗导航系统的无人机自动智能线路检测

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In this paper, the Beidou high-precision positioning technology, the autonomous inspection technology of the UAV and the communication technology of the UAV are used to construct the inspection architecture of the UAV autonomous inspection. The inspection architecture includes UAV inspection path standard planning and acquisition verification, UAV autonomous flight control system, UAV and application platform communication control, UAV inspection results identification and management. Based on high-precision positioning technology, we designed the architecture of the UAV autonomous inspection system, the UAV autonomous inspection security strategy and transaction processing mechanism, the UAV’s real-time video and position transmission system. Then we successfully developed the UAV Autonomous inspection system. After testing, based on high-precision positioning technology, the accuracy of the UAV autonomous inspection repeat flight can reach 5cm (EW), 6cm (NS), 7cm (H), and the stop point heading angle is 56″ on average, which can indicate that under the guarantee of this system, the UAV can carry an important role in inspection work safely and effectively.
机译:本文采用北斗高精度定位技术,无人机自主检测技术和无人机通信技术,构建了无人机自主检测的检测架构。检验架构包括无人机检验路径标准计划和采集验证,无人机自主飞行控制系统,无人机与应用平台通信控制,无人机检验结果识别与管理。基于高精度定位技术,我们设计了无人机自动检查系统的体系结构,无人机自动检查安全策略和交易处理机制,无人机的实时视频和位置传输系统。然后,我们成功开发了无人机自动检查系统。经过测试,基于高精度定位技术,无人机自主检查重复飞行的精度可达到5cm(EW),6cm(NS),7cm(H),停航航向角平均为56英寸,可以表明,在该系统的保证下,无人机可以安全有效地在检查工作中发挥重要作用。

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