Heejeong Kim

Papers

Total Citations

H-Index

About

Heejeong Kim is a pioneering researcher in the field of bio-inspired robotic vision, with a primary focus on vergence control systems for stereo vision. Her groundbreaking work centers on modeling and implementing vergence movements—the coordinated inward and outward rotation of both eyes that allows humans and vertebrates to perceive depth—on binocular robotic camera heads. Kim’s major contribution is the development of a novel control model that utilizes “disparity flux,” a dynamic measure of how visual disparity changes over time, to guide vergence movements more naturally and efficiently. Her seminal papers, “Dynamic Vergence Using Disparity Flux” (2000) and “A control model for vergence movement on a stereo robotic head using disparity flux” (2002), have accumulated a combined 9 citations, establishing foundational concepts that bridge neuroscience and robotics. By translating biological vergence mechanisms into computational algorithms, Kim has advanced the design of autonomous systems capable of real-time depth perception, with potential applications in robotics, computer vision, and assistive technologies. Her work remains a key reference for researchers seeking to replicate human-like stereo vision in machines.