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Scene Simulation and Cooperative Target Detection During UAV Autonomous Landing

机译:无人机自主着陆过程中的视景仿真与协同目标检测

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In order to overcome the problems of low guidance accuracy, poor autonomy and high experimental cost during the landing of UA V, a method of scene simulation and cooperative target detection in uav autonomous landing is proposed. In this method, QR code image with strong error correction ability is adopted as the cooperation target, Unreal Engine 4 (UE4) is used to build UA V landing simulation scene, and the UnrealCV plug-in is installed to enable UE4 to communicate with external programs. Finally, in the scene, the accuracy of yolov3 (You Only Look Once v3), a object detection algorithm based on deep learning adopted in this paper, to detect the cooperative target position on the runway is verified. The simulation results show that the algorithm can detect the landing target position with 100% accuracy and recall rate, ensuring the smooth completion of the whole landing process.
机译:针对无人机自主着陆过程中制导精度低、自主性差、实验成本高等问题,提出了一种无人机自主着陆的视景仿真与协同目标检测方法。该方法以具有较强纠错能力的二维码图像为合作目标,采用虚幻引擎4(UE4)构建UA V着陆仿真场景,并安装了虚幻引擎插件,使UE4能够与外部程序进行通信。最后,在场景中,验证了本文采用的基于深度学习的目标检测算法yolov3(只看一次v3)在跑道上检测合作目标位置的准确性。仿真结果表明,该算法能够以100%的准确率和召回率检测着陆目标位置,保证了整个着陆过程的顺利完成。

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