Papers
2
Total Citations
7
H-Index
2
About
Oh-Seok Kwon is a robotics researcher whose work centers on locomotion control for compliant legged robots and the development of multi-haptic teleoperation systems. His most cited paper, "Locomotion Control of a Compliant Legged Robot from Slow Walking to Fast Running" (2012), introduces a control method that enables smooth transitions across a wide range of speeds, achieving running speeds of approximately 4 m/s while also analyzing energy efficiency. This contribution is foundational for creating versatile, energy-aware robots capable of dynamic movement. In his 2013 work on "Development of Multi Haptic Control Environments for Tele-operating Robot System," Kwon addresses critical challenges in remote robot control, including time delays, collision detection, and force feedback vibrations in multi-operator, multi-robot (N:N) configurations. His research has garnered citations that highlight its relevance to advancing both autonomous legged locomotion and intuitive human-robot interaction. Kwon’s work stands out for its practical experimental validation and its focus on bridging the gap between slow, stable walking and high-speed running—a key step toward more agile, compliant robots for real-world applications.
Research Focus
Key Achievements
Top Papers
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