Wonjae Lee

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About

Wonjae Lee is a researcher whose work sits at the intersection of biological motor control and robotics, with a particular focus on how living systems track moving targets. His key research area centers on oculomotor control—specifically, the neural and mechanical strategies that enable precise ocular tracking. In his most cited work, "An internally switched model of ocular tracking with prediction" (2005, 13 citations), Lee made a significant contribution by modeling how the oculomotor control system (OCS) switches between two fundamental strategies: slow, smooth pursuit and fast, corrective saccades, which together produce pursuit nystagmus. What sets this work apart is its engineering application: Lee implemented a symmetric, bilateral controller to drive two cameras on a robotic head, effectively translating a biological principle into a functional robotic system. This cross-disciplinary approach—bridging neuroscience, control theory, and robotics—demonstrates his ability to abstract biological solutions for artificial systems. While his citation count is modest, the work is notable for its conceptual clarity and practical implementation, offering a foundational model for researchers interested in bio-inspired tracking systems. Lee’s research continues to inform how we understand prediction and switching in sensorimotor control.