Sunho Ko

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About

Sunho Ko is a leading researcher in the field of intelligent robotic control, with a primary focus on enhancing the precision and safety of neurosurgical systems. His most cited work, "Intelligent control of neurosurgical robot MM-3 using dynamic motion scaling" (2017, 12 citations), introduces groundbreaking methods for dynamically and automatically adjusting the motion-scaling ratio in master-slave robotic systems. This innovation addresses the critical need for exceptional accuracy in delicate brain surgeries, allowing for seamless transitions between gross and fine movements without manual intervention. Ko’s contributions have significantly advanced the usability and reliability of surgical robots, directly impacting the development of safer, more intuitive tools for neurosurgeons. His research stands out for its practical application in real-world clinical settings, bridging the gap between complex robotic control theory and life-saving medical procedures. As a pioneer in dynamic motion scaling, Sunho Ko continues to shape the future of intelligent surgical robotics, inspiring new generations of engineers and clinicians to push the boundaries of what is possible in minimally invasive neurosurgery.