Shenghai Wang

Arizona State University, Dalian Maritime University, Intel (United States)

Papers

Total Citations

H-Index

About

Shenghai Wang is a robotics and control systems researcher whose work spans several decades, with a focus on robust control of robotic manipulators, nonlinear control theory, and cable-driven parallel robot systems. His foundational 1991 paper, "Robust Position Control of Robotic Manipulator in Cartesian Coordinates," established an influential nonlinear robust control scheme that elegantly decouples robot dynamics through combined nonlinear and linear control inputs — a contribution that has earned 20 citations and helped shape subsequent approaches to manipulator control. Building on this foundation, his 2003 work on nonlinear robust hybrid control further refined these principles, extending them to encompass both position and force control in Cartesian coordinates. More recently, Wang has applied his expertise to the critical challenge of marine crane safety, with his 2023 investigation into active damping methods for suppressing payload swing in 3-DOF cable-driven parallel robots already accumulating 10 citations — reflecting growing interest in maritime hoisting applications. Across his career, Wang demonstrates a consistent commitment to translating sophisticated control theory into practical, safety-enhancing solutions for complex robotic systems operating in demanding real-world environments.