A. T. Y. KUO

Papers

Total Citations

H-Index

About

A. T. Y. Kuo is a robotics and control systems researcher whose work has made meaningful contributions to the field of industrial robot manipulation, particularly in the domain of high-speed precision control. Kuo's research has focused primarily on direct-drive manipulators and trajectory control systems, addressing one of the most demanding challenges in industrial automation: achieving both speed and precision simultaneously in robotic operations. Kuo's most significant contribution, "High-speed trajectory control of a direct-drive manipulator" (1993), has garnered 39 citations and remains a foundational reference in the field. This work introduced the concept of decoupled and invariant dynamics, providing an elegant theoretical framework for managing the complex control demands of direct-drive systems operating at high velocities. The practical application targeted laser-cutting industrial robots performing three-dimensional part trimming — a task requiring exceptional precision under demanding kinematic conditions. Building on earlier groundwork laid in a 1989 paper exploring the design and control architecture of high-speed direct-drive manipulators, Kuo's research bridged theoretical control concepts with real-world manufacturing applications. His contributions remain relevant to researchers and engineers working on advanced robotic systems where performance at the intersection of speed, accuracy, and dynamic stability continues to be a critical engineering challenge.