Mei‐Ying Kuo

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About

Dr. Mei-Ying Kuo is a leading researcher in biomechatronics and robotic-assisted medical systems, with a focus on developing advanced control strategies for biological joint testing. Her work centers on improving the precision and reliability of robot-based joint-testing systems (RJTS), which are critical for evaluating ligament and joint mechanics. In her most cited study, Dr. Kuo systematically compared three force-position hybrid control methods for an RJTS, demonstrating how different control architectures affect unconstrained laxity tests and joint stiffness measurements. This research, cited 5 times, provides foundational guidance for designing robotic systems that can accurately assess joint stability while allowing natural motion in other degrees of freedom. Her contributions are particularly impactful in orthopedics and rehabilitation engineering, where precise biomechanical data informs surgical planning and prosthetic design. By bridging robotics and clinical biomechanics, Dr. Kuo’s work advances the development of non-invasive diagnostic tools and enhances our understanding of joint function under dynamic conditions. Her research continues to influence the integration of intelligent control systems in medical robotics, offering new pathways for patient-specific treatment and rehabilitation.