Max Robotics — Global Service Robot Directory + US Certification

About

Oh-Sang Kwon is a pioneering researcher in mobile robotics and assistive navigation systems, whose work has significantly advanced human-robot interaction and autonomous mobility. His primary research areas include shared-control algorithms, force-reflection haptics, and fuzzy logic-based path planning for mobile platforms. Kwon’s most influential contribution is his shared-control and force-reflection joystick algorithm (2003, 19 citations), which enables mobile robots and powered wheelchairs to autonomously navigate doorways by blending operator commands with sensor-driven assistance—a critical innovation for accessibility and assistive technology. He also developed an efficient fuzzy logic navigation algorithm (2003, 13 citations) that eliminates the need for analytical environmental models, using a single module to drive multiple ultrasonic sensors for robust obstacle detection. His work on a synchro-drive mobile robot base with an endless-rotate turret (2005) further advanced mobile manipulator design for personal robotics. With over 37 total citations across his key publications, Kwon’s research has laid foundational groundwork for intuitive, safe, and autonomous mobile systems, directly impacting the development of smart wheelchairs and home-service robots.