Yilin Zhao

Papers

Total Citations

150

H-Index

About

Yilin Zhao is a robotics researcher whose work has made meaningful contributions to the fields of mobile robot control, kinematics, and autonomous navigation. Best known for foundational research in wheeled mobile robot systems, Zhao's most influential publication, "Kinematics, dynamics and control of wheeled mobile robots" (2003), has garnered 123 citations and stands as a landmark contribution to the field. In it, Zhao rigorously proves the controllability of nonholonomic robot systems across six common wheel and axle configurations, providing both kinematic and dynamic models using the synchro-drive vehicle as a practical framework. Building on this work, Zhao's 2005 study on nonlinear control further advances understanding of feedback stabilization limitations, demonstrating that wheeled mobile robots cannot be asymptotically stabilized using time-invariant continuous feedback — an insight with significant implications for control system design. Earlier work on fast boundary extraction algorithms (2002) reflects Zhao's broader interest in practical navigation challenges, addressing real-time sensor data processing for dynamic environments. Together, these contributions position Zhao as a dedicated contributor to both the theoretical underpinnings and applied challenges of autonomous mobile robotics.