With the development of intelligent ports and autonomous maritime systems, reliable perception in complex tug-boat operation environments has become increasingly important for safe and efficient maritime operations. However, tugboat scenarios involve dense vessel interactions, frequent maneuvering behaviors, and dynami...
Xiao-Chen Lv, Jun-Zhi Yu, Teng-Fei Wang et al.· 2026 6th International Confe...· 0 citations
Approaching a target position and holding station in flowing water is a fundamental and critical capability for robotic fish operating in natural aquatic environments. Despite decades of advances in enhancing swimming efficiency and maneuverability, this capability remains underdeveloped, largely owing to the insuffici...
Xiaozhu Lin, Xuejiao Huang, Hongru Dai et al.· arXiv.org· 0 citations
A fully computational framework focusing on the modeling and simulation of a spatio-temporal sensory system to autonomously generate the Kármán gait is proposed, providing a robust algorithmic blueprint for future physical deployments in complex aquatic environments.
Xin-Qi Wang, Ming Wang, Xin-Yan Liu et al.· Bioinspiration & Biomimetics· 1 citation
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