Zhuo Han

Papers

Total Citations

H-Index

About

Zhuo Han is a researcher in control systems and robotics, with a focus on time-optimal trajectory planning and motion control for wheeled mobile systems. His most cited work, "The design of time-optimal control for two-wheel driven carts catching a target trajectory" (1999), has garnered 4 citations and addresses a fundamental challenge in autonomous navigation: enabling a two-wheeled cart to intercept a moving target along a predefined path in minimal time. This contribution is notable for its application of optimal control theory to practical robotic platforms, offering insights into balancing speed and precision in dynamic environments. Though his citation count is modest, Han's work lays groundwork for advancements in automated guided vehicles and mobile robot path planning. His research underscores the importance of efficient control strategies in real-time systems, making it relevant for students and engineers exploring optimal motion control. Han's legacy lies in his early exploration of time-optimal methods, which continue to inform modern approaches to autonomous vehicle navigation and trajectory optimization.