Byung Kook Kim

Korea Advanced Institute of Science and Technology

Papers

Total Citations

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About

Byung Kook Kim is a robotics researcher whose work centers on autonomous robot systems, visual servo control, and multi-robot coordination. His research has made notable contributions to the field of small-scale robotics, particularly in the context of competitive robot soccer platforms, which serve as challenging testbeds for real-world autonomous systems research. Among his recognized contributions is the development of the BEST nano-robot soccer team, a five-robot system integrating vision and communication modules within remarkably compact 4cm × 4cm platforms. This work demonstrated practical miniaturization of all-in-one microcontroller-based robotic agents capable of coordinated behavior. Complementing this, his research on visual servo control algorithms addressed a critical challenge in real-time robotics: compensating for time-delay in vision-based control loops. By incorporating a Smith predictor alongside a primary/secondary controller architecture, Kim advanced more reliable and responsive control strategies for micro-robot soccer systems such as MIROSOT. While his cited work reflects a focused body of research within a specialized niche, his contributions highlight important engineering principles applicable broadly across autonomous systems and human-robot interaction domains. Students interested in embedded robotics, real-time control, and multi-agent systems will find his work a valuable technical reference.