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Design and implementation of an unmanned boat visual target tracking system

机译:无人机视觉目标跟踪系统的设计与实现

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This paper describes how to detect the water surface targets, obtain effective tracking information, and control the unmanned boat based on the information while the unmanned boat equipped with Raspberry Pi 3B. The structure of the image processing part and the control part of the unmanned boat is mainly designed. The image processing part adopts the Raspberry Pi CSI interface camera to collect the data, uses the CamShift (CS) algorithm to perform target tracking, obtains the angular deviation and distance between the target and the unmanned boat through conversion, and sends the information to the DSP processor. In the unmanned boat control part, the unmanned boat motion model is identified through experiments, and the PID controller is designed. Finally, the fixed target and the moving target are tracked through the pool experiment, and the rationality of the system is verified.
机译:本文介绍了如何在配备Raspberry Pi 3B的无人驾驶船上检测水面目标,获得有效的跟踪信息以及基于这些信息控制无人驾驶船。主要设计了无人艇的图像处理部分和控制部分的结构。图像处理部分采用Raspberry Pi CSI接口相机采集数据,使用CamShift(CS)算法进行目标跟踪,通过转换获得目标与无人船之间的角度偏差和距离,并将信息发送给DSP处理器。在无人艇控制部分,通过实验确定了无人艇的运动模型,并设计了PID控制器。最后,通过池实验对固定目标和移动目标进行了跟踪,验证了系统的合理性。

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