Abstract: An adaptive formation control algorithm was proposed for multiple autonomous underwater vehicle systems (MAUVS) based on the coupled phase oscillators model.
摘要：针对多水下机器人编队问题，提出一种基于相位耦合振子模型的自适应控制算法。
Simulation results show the stability of the MAUV adaptive formation control algorithm and its significance in the field of MAUVS formation research and many ocean exploration applications.
仿真结果表明，多水下机器人编队自适应控制算法有较好的稳定性，对于多水下机器人编队研究及多种海洋探测应用具有重要的意义。
A formation keeping and heading consensus controller was designed for MAUVS formation control, referencing the artificial potential algorithm and phase consensus algorithm of coupled oscillators.
根据人工势场法和振子相位一致性算法，设计了多水下机器人队形保持和艏向一致的编队控制算法。
A formation keeping and heading consensus controller was designed for MAUVS formation control, referencing the artificial potential algorithm and phase consensus algorithm of coupled oscillators.
根据人工势场法和振子相位一致性算法，设计了多水下机器人队形保持和艏向一致的编队控制算法。
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