Hovering Control of an Underwater Vehicle

Yaozhong Cao, Dalei Song, Zhan Wang, Yu Wang
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Abstract

This paper aims to achieve the hovering control of an underwater vehicle with uncertain parameters based on cascade PID. First, the inner loops for each channels are designed respectively. Then, the outer loops including depth controller, horizontal position controller and yaw controller are designed. The vector transformation method are used to force the vehicle to approach the target point along approximately straight line in the horizontal plane. Simulation results demonstrate the stability and validity of the proposed method.
水下航行器的悬停控制
本文研究了基于串级PID的不确定参数水下机器人悬停控制。首先,分别设计了各通道的内环。然后,设计了包括深度控制器、水平位置控制器和偏航控制器在内的外环。采用矢量变换的方法迫使车辆在水平面上沿近似直线接近目标点。仿真结果验证了该方法的稳定性和有效性。
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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