Taiyu Wang

Papers

Total Citations

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About

Taiyu Wang is a robotics researcher specializing in the control and navigation of wheeled mobile robots, with a particular focus on omnidirectional systems. His work addresses fundamental challenges in motion control, including simultaneous trajectory tracking and stabilization—a notoriously difficult problem in nonlinear robotics. Wang’s most cited paper (2009, 8 citations) introduces polar-space kinematic and dynamic control methods for omnidirectional robots with three independently driven wheels, offering a unified framework for both tracking and stabilization. Earlier, his 2005 paper (4 citations) laid the groundwork by developing regulation and path-tracking control laws for wheeled mobile robots using Lyapunov stability theorems in polar coordinates. While his citation counts are modest, Wang’s contributions are notable for their theoretical rigor in addressing the nonholonomic constraints and singularities inherent in mobile robot control. His polar-coordinate approach provides an elegant alternative to Cartesian methods, simplifying the control design for systems requiring both precise positioning and smooth path following. Wang’s work remains relevant for researchers in mobile robotics, particularly those working on omnidirectional platforms for applications in service robotics, warehouse automation, and assistive technologies.