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About

Guangdong Han is a mechanical and marine engineering researcher whose work centers on advanced robotic systems and intelligent control strategies for hazardous maritime industrial operations. His research primarily addresses the automation of high-risk, labor-intensive tasks aboard ships, including hull derusting, cargo-hold cleaning, and crane payload management — environments where human workers face significant safety challenges. Han's most notable contributions include the development of cable-driven parallel robots (CDPRs) tailored for marine applications. His 2022 work on a cable-driven parallel derusting robot introduced a robust adaptive sliding mode controller to enhance positioning accuracy and disturbance rejection, garnering 9 citations. Building on this, his 2023 study on cargo-hold cleaning robots further advanced CDPR dynamics and motion control, earning 7 citations. He has also applied magnetorheological technology to marine crane anti-swing systems, demonstrating a versatile approach to improving operational safety at sea. More recently, Han has pushed toward sophisticated fuzzy second-order integral terminal sliding mode control for grinding robots, reflecting his ongoing commitment to refining intelligent control frameworks. Collectively, his research represents meaningful progress in replacing dangerous manual marine labor with precise, adaptive robotic solutions.