报告题目:Advancing Autonomy in Marine Robotics: AI-Driven
Navigation and Decision-Making Systems
报告人:刘远畅, 英国伦敦大学学院
报告时间:2024年10月2日15:30-17:30
报告地点:腾讯会议(845-175-093)
内容简介:
Autonomous marine robots have seen rapid advancements in recent years, driven by
significant progress in artificial intelligence (AI), advanced sensory technologies, and robust
decision-making systems. These advancements have enabled impactful applications in areas
such as offshore windfarm inspections, search and rescue operations, and seabed mapping. At
the core of achieving high-level autonomy for marine robots is the autonomous navigation
system, which integrates sensing/perception, planning/decision-making, and automatic control.
This talk will focus on recent developments in advanced autonomy technologies for marine
robots at UCL. Key topics include: 1) reliable semantic segmentation of water surfaces, 2)
efficient multi-constraint planning for surface vessels, 3) reinforcement learning-based multi
task allocation, and 4) adversarial networks for maritime systems.
报告人简介:
刘远畅博士现任英国伦敦大学学院(UCL)机械工程学院副教授/博士生导师,海洋自动化研
究中心主任 (Chair of Marine Research),电力系统硕士项目主任(Programme Director for MSc
Power Systems Engineering)。指导博士研究生8人,毕业3人。指导硕士研究生18人,毕业
12 人。曾在英国萨里大学空间研究中心担任研究员,参与并担任英国国家机器人重大专项项目
技术骨干。现在UCL从事自主智能无人系统方向研究。主持英国国家级科研项目10项(包括英
国工程与自然科学基金项目3项,皇家学会项目3项、英国劳氏基金会1项等),承担研究经费
超 100 万英镑。在复杂环境的智能感知、多无人系统的自适应规划以及复杂动力系统的解耦优
化与控制等方向,取得了创新性的研究成果,实现了工程应用。在机器人控制与人工智能领域顶
级期刊Int. J. Robot. Res. (IF: 9.6) 、J. Field Robot.(IF:8.3)、IEEE T-ASE(IF:5.6)、IEEE T-IM
(IF:5.6)等发表SCI论文83篇。Google Scholar他引2783次,SCI他引1816次。获2023
年英国海洋工程与技术协会(The Institute of Marine Engineering, Science and Technology
(IMarEST))Denny Medal 奖,2023 年 IEEE Robotics and Automation Society (RAS)协会最佳应用
论文奖,2023年Journal of Marine Engineering and Technology 最佳论文奖,2019 年国际IEEE
ICRERA 大会最佳会议论文奖。以指导教师身份获得2023英国船舶工业协会(Society of Maritime
Industries (SMI))Donald Maxwell 奖,2023 世界无人机挑战赛(SUAS Competition)季军,2021
英国海洋无人系统挑战赛(MAChallenge)冠军。