Jung Hyun Choi
Papers
7
Total Citations
44
H-Index
5
About
Jung Hyun Choi is a robotics researcher whose work spans two compelling frontiers: assistive rehabilitation robotics and autonomous sports robots. His most significant contributions lie in developing high-precision control systems for mobile robots operating in extreme environments. In rehabilitation, Choi pioneered sensorless force control and multi-functional impedance control for upper limb rehabilitation robots, enabling safer, more adaptive training modes beyond traditional continuous passive motion. His kinematic design work on five-bar planar robots addressed critical challenges in workspace optimization and singularity avoidance for patient therapy. Choi’s most visible impact comes from his groundbreaking work on curling robots. He led the development of the Stone Throwing Robot (STR), a mobile platform capable of navigating ice fields and throwing stones with curling spin—a feat requiring exceptional traction control and driving precision. His 2021 paper on high-accuracy driving control for curling robots, with 10 citations, demonstrates how robotics can integrate into human team sports. Across his portfolio, Choi’s work has accumulated over 44 citations, reflecting growing interest in both rehabilitation technology and sports robotics. His research exemplifies how advanced control theory—from force observers to traction algorithms—can be applied to create robots that heal and compete alongside humans.
Research Focus
Key Achievements
Top Papers
- 1High-Accuracy Driving Control of a Stone-Throwing Mobile Robot for Curling10 citations · 2021
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- 7Traction Control for Two-Wheel Driven Mobile Robot Driving on Ice2 citations · 2018