基于监督式DDPG算法的小型ROV运动控制方法

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本文引用格式:,,,等.基于监督式 DDPG 算法的小型ROV 运动控制方法[J].自动化与信息工程,2025,46(3):23-29.HUANG Zhaojun, ZHANG Yanjia, ZUO Xiaowen, et al. Motion control method for small ROV based on super-vised DDPG algorithm[J]. Automation & Information Engineering,2025,46(3):23-29.
关键词:监督式DDPG;小型ROV;运动控制;专家经验;强化学习中图分类号:TP242.3 文献标志码:A 文章编号:1674-2605(2025)03-0004-07DOI: 10.12475/aie.20250304 开放获取
Motion Control Method for Small ROV Based on Supervised DDPG Algorithm
HUANG Zhaojun ZHANG Yanjia ZUO Xiaowen CHEN Zexun (Zhuhai City Polytechnic, Zhuhai 519090, China)
Abstract:To adressthe issues of prolonged learning time and diffculty inconvergence when using the Deep Deterministic Policy Gradient (DDPG)algorithm formotioncontrolofremotelyoperatedtetheredunderwatervehicles (ROVs),this paper proposesasupervisedDDPG-basedmotioncontrolmethodforsmallROVs.During theinitialleamingphaseoftheDDPGalgorith, asupervisedleamingapproachisintroduced toaccelerateneural networkconvergenceandreduceleaingtimebyleveragingexpert experience.Simulationresults demonstrate that te supervised DDPGalgorithmachieves superiorcontrolperformancecomparedto the standard DDPG algorithm.
Keywords: supervised DDPG; small ROV; motion control; expert experience; reinforcement learning
0 引言
无人遥控有缆水下机器人(remotelyoperatedvehicle,ROV)因在开发难度、研制周期、资金投入和产业化等方面具有优势,成为水下机器人领域的研究重点,并己广泛应用于海水养殖、海洋勘探、水下搜救和石油开发等领域。(剩余7710字)