Yiyang Li

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About

Yiyang Li is a prominent researcher in marine robotics, with a primary focus on underwater visual navigation and autonomous docking systems for autonomous underwater vehicles (AUVs). Their most cited work, the comprehensive 2024 review "Underwater Visual Navigation and Docking: Advances and Challenges," synthesizes critical developments in vision-based positioning and control for underwater robots, addressing the unique challenges of low visibility, light attenuation, and dynamic aquatic environments. This seminal paper has already garnered 5 citations, reflecting its timely impact on the field. Li's contributions are particularly notable for bridging the gap between theoretical navigation algorithms and practical docking mechanisms, enabling more reliable long-duration missions in marine science and engineering. By systematically categorizing advances in feature extraction, pose estimation, and docking strategies, Li has provided a foundational roadmap for researchers and engineers working on autonomous underwater operations. Their work is essential reading for anyone developing robust, vision-driven systems for underwater exploration, inspection, and intervention, establishing Li as a key voice in the next generation of intelligent marine robotics.