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Development of the control algorithm for longitudinal motion of underwater construction robot with trenching

机译:沟渠水下施工机器人纵向控制算法的发展

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This paper present a method of straight path following for trenching works of underwater construction robot. First of all, deriving 3-DOF equation of underwater construction robot for an analysis of fundamental motion performance through a numerical simulation using Matlab. After then, the pure-pursuit method which is the one of the geometric path tracking method is introduced. When derailment of underwater construction robot from given the path is occurred by disturbances including obstacle, turning radius given from the pure-pursuit method will help underwater construction robot to follow the given path. The effectiveness of proposed method is verified through the numerical simulation.
机译:本文介绍了一种用于水下施工机器人的挖沟工程的直接路径的方法。首先,通过使用MATLAB的数值模拟,推导水下建筑机器人的三维方程进行分析。然后,引入了作为几何路径跟踪方法之一的纯追踪方法。当从鉴于路径发生的水下建筑机器人的脱轨时,扰乱包括障碍物,从纯追踪方法给出的转向半径将有助于水下建设机器人遵循给定的路径。通过数值模拟验证了所提出的方法的有效性。

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