Duk Yeon Lee

Korea Institute of Industrial Technology

Papers

Total Citations

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About

Duk Yeon Lee is a pioneering roboticist whose work bridges humanoid robotics and assistive technology. His primary research areas include android robot design, human-robot interaction, and rehabilitation robotics. Lee's most significant contributions center on the development of expressive android systems, most notably the EveR-2 singer robot, which combines human-like appearance with dynamic facial expressions and gestures to perform on stage. This work, detailed in his 2011 paper "Development of an android for singing with facial expression" (19 citations), showcases his expertise in integrating silicon-based artificial skin with sophisticated actuation mechanisms. He further advanced stage-performance robotics with his research on android head design (17 citations). Beyond entertainment robotics, Lee has also contributed to medical robotics through his work on crutch gait patterns for robotic orthoses (2 citations), demonstrating his versatility in applying robotic principles to rehabilitation. His research has laid groundwork for creating more lifelike and emotionally expressive android systems, influencing subsequent work in social robotics and humanoid design.