Shixing Ding
Papers
3
Total Citations
28
H-Index
3
About
Shixing Ding is a researcher in marine robotics and intelligent control systems, focusing on the dynamic stabilization of moored vessels. His primary contributions lie in developing innovative multi-robot mooring systems that address the critical challenge of ship motion inhibition in complex maritime environments. Ding pioneered a novel dual-parallel elastic under-actuated mechanism for robot mooring, which enhances adaptability and reduces energy consumption compared to traditional rigid mooring methods. He further advanced the field by designing motion-inhibition fuzzy control methods that enable coordinated multi-robot systems to actively counteract wave-induced ship movements, achieving precise actuation force modulation. His most cited work, "Research on a motion-inhibition fuzzy control method for moored ship with multi-robot system" (2022, 15 citations), demonstrates the practical viability of this approach. With additional papers on actuating force fuzzy control and under-actuated mechanisms, Ding has established a strong foundation for autonomous, intelligent mooring solutions. His research bridges robotics, control theory, and marine engineering, offering significant potential for safer and more efficient port operations.
Research Focus
Key Achievements
Top Papers
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