Fuzzy control of undersea robotic vehicle in plane motion

J. Garus
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Abstract

The paper deals with synthesis of automatic control system for an undersea robotic vehicle. Command signals are generated by an autopilot consisting of three fuzzy controllers. A horizontal motion is regarded and the way-point line of sight scheme is incorporated to following a desired path. A method of power distribution in a multi-thruster propulsion system of the undersea robot is also presented. It concentrates on finding an optimal thrust allocation and directs towards minimisation of energy expenditures necessary to obtain required control. An illustrative example is provided to demonstrate correctness and quality of the approach.
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水下机器人航行器平面运动模糊控制
本文研究了一种水下机器人航行器自动控制系统的综合。指令信号由三个模糊控制器组成的自动驾驶仪产生。考虑一个水平运动,并结合路径点视线方案来遵循期望的路径。提出了水下机器人多推力器推进系统的动力分配方法。它集中于寻找一个最佳的推力分配,并指向最小化能源支出,以获得所需的控制。给出了一个说明性的例子来证明该方法的正确性和质量。
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