Kyung Kwon Jung

Papers

Total Citations

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About

Kyung Kwon Jung’s research bridges the critical gap between advanced sensing technologies and autonomous robotic systems. His primary contributions lie in passive millimeter-wave imaging and vision-based mobile robot control. In his seminal 2009 work, Jung designed and experimentally validated a passive millimeter-wave imaging system using a focal plane array approach, a technology pivotal for all-weather aircraft landing, remote sensing, and concealed weapon detection—a paper that has garnered 4 citations for its foundational engineering insights. Earlier, in 2007, he developed a novel vision-based control scheme for autonomous mobile robots, employing a 1-D image projection method to efficiently track moving targets using only a CMOS camera. This algorithm, verified through ball-tracking experiments, achieved 2 citations and demonstrated a computationally efficient approach to real-time object tracking. Jung’s work is notable for its practical, application-driven focus: his millimeter-wave system addresses a key challenge in security and aviation, while his robot tracking method offers a streamlined solution for autonomous navigation. Together, these contributions highlight his expertise in sensor design and intelligent control, making his research a valuable reference for engineers developing next-generation imaging and robotic systems.