Research on obstacle distance measurement method of UAV based on image processing technology

mingxia Lin
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Abstract

In order to understand the obstacle distance measurement method of UAV, a research on obstacle distance measurement method of UAV based on image processing technology is proposed. This paper proposes an obstacle detection algorithm based on edge extraction. The outline of the obstacle can be obtained by extracting the edge features in the image, and the size, shape and position of the obstacle can be obtained by using a rectangle to frame the outline. Then the distance of the obstacle can be extracted from the contour of the obstacle by using the depth map generated by the binocular camera. The millimeter wave radar in front is used to fuse ranging with the central area of binocular camera image to improve the update frequency of obstacle distance. Finally, the effectiveness of the obstacle avoidance control strategy is verified by the obstacle avoidance flight test, and the UAV can choose the optimal obstacle avoidance direction and successfully bypass when encountering obstacles. The comparison of obstacle avoidance results shows that the obstacle avoidance method in this paper is advanced and has certain engineering application value.
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基于图像处理技术的无人机障碍物距离测量方法研究
为了了解无人机的障碍物测距方法,提出了基于图像处理技术的无人机障碍物测距方法研究。本文提出了一种基于边缘提取的障碍物检测算法。通过提取图像中的边缘特征可以得到障碍物的轮廓,用矩形框框出轮廓可以得到障碍物的大小、形状和位置。然后利用双目摄像头生成的深度图,从障碍物轮廓中提取障碍物的距离。利用前方的毫米波雷达与双目摄像头图像的中心区域进行融合测距,以提高障碍物距离的更新频率。最后,通过避障飞行试验验证了避障控制策略的有效性,无人机在遇到障碍物时能够选择最优避障方向并成功绕过。避障结果对比表明,本文的避障方法是先进的,具有一定的工程应用价值。
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