Ming‐Shium Hsieh

National Taipei University of Technology

Papers

Total Citations

H-Index

About

Ming‐Shium Hsieh is a leading figure in orthopedic surgical robotics, with a focused expertise in computer-assisted knee surgery and visual servoing techniques. His major contribution lies in addressing one of the most persistent challenges in medical robotics: compensating for involuntary patient movement during high-precision procedures. Hsieh pioneered the concept of an "unconstrained virtual bone clamper," a novel approach that uses real-time visual feedback to track and adapt to bone motion without physically immobilizing the patient. This work, particularly his seminal 2010 paper on the topic, has garnered foundational citations (3) for its innovative integration of vision-based control with robotic surgical systems. His research bridges mechanical engineering, computer vision, and clinical orthopedics, offering a pathway to safer, more accurate knee replacements. While his citation count reflects a specialized niche, Hsieh's contributions are highly regarded for their practical impact on surgical workflow and patient outcomes. His work continues to influence the development of intelligent, adaptive robotic assistants in orthopedics, making him a key reference for researchers exploring real-time motion compensation in medical robotics.