Kengo Koara

Mitsubishi Electric (Japan), The University of Osaka, Osaka University of Human Sciences

Papers

Total Citations

159

H-Index

About

Dr. Kengo Koara is a pioneering figure in surgical robotics and human-machine interaction, best known for developing intuitive, non-contact interfaces that allow surgeons to control robotic systems using only facial movements. His landmark 2003 paper on the "FAce MOUSe" (130 citations) introduced a novel human-machine interface that enables a surgeon to control the position of a laparoscope through real-time tracking of their face, a breakthrough that has shaped the design of modern solo-surgery assistive devices. Building on this, his earlier work in 2001 established the foundation for real-time visual tracking of the surgeon’s face in laparoscopic settings (21 citations), and he further refined this approach with a dedicated laparoscope positioning system (5 citations). Dr. Koara also contributed to gesture recognition, systematically selecting local correlation parameters for optical flow-based systems (3 citations), enhancing the robustness of human-robot interactions. His research elegantly bridges computer vision, robotics, and ergonomic design, directly addressing the critical need for seamless, hands-free control in minimally invasive surgery. By prioritizing the surgeon’s natural movements as a control signal, Dr. Koara’s work has significantly advanced the practicality and safety of robotic-assisted laparoscopy.