Lyndon Chan

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About

Dr. Lyndon Chan is a pioneering figure in the field of robotics, with a particular focus on real-time control systems and task-space manipulation. His most influential work, "An approach to real-time control of robots in task space. Application to control of PUMA 560 without VAL-II" (1988, 15 citations), introduced a groundbreaking methodology for adapting commercial hardware and integrating custom software to enable both feedback control and offline programming in task or joint-space coordinates. This contribution was instrumental in advancing the autonomy and flexibility of industrial robots, notably demonstrated through the control of the PUMA 560 without its proprietary VAL-II system. Chan’s research has had a lasting impact on robotic control architectures, providing a foundation for modern real-time robotic applications. His work is frequently cited by scholars exploring hardware-software integration and task-space control, underscoring its relevance in both academic and industrial contexts. Dr. Chan’s achievements highlight his role as an innovator in making robotic systems more accessible and programmable, a legacy that continues to inspire new generations of robotics researchers.