Yini Zhao

Papers

Total Citations

H-Index

About

Yini Zhao is a robotics researcher whose work focuses on the dynamics and control of bio-inspired locomotion, particularly brachiation—the hand-over-hand swinging movement used by long-armed apes like gibbons. Her key research areas include nonlinear control, energy-based methods, and sliding mode control (SMC) for underactuated robotic systems. In her most-cited work, "Energy based Nonlinear Control of Underactuated Brachiation Robot" (2008, 6 citations), Zhao developed a control strategy that models the ape-like swinging motion as a pendulum, enabling a two-link robot to dynamically move from branch to branch. A follow-up study, "Swing control for two-link brachiation robot based on SMC" (2008, 2 citations), further refined this approach by applying sliding mode control to improve robustness and stability. Though her citation counts are modest, Zhao’s contributions are notable for advancing the understanding of underactuated systems and bio-inspired robotics, offering foundational insights for researchers exploring agile, energy-efficient locomotion in challenging environments. Her work bridges biology and engineering, inspiring future studies in robotic manipulation and dynamic motion planning.