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Total Citations
15
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About
Jeongmin Oh’s pioneering work in robotics focuses on the identification and compensation of kinematic parameters to enhance positioning accuracy, a critical challenge in precision automation. His most-cited paper, “Identification and Compensation of a Robot Kinematic Parameter for Positioning Accuracy Improvement” (1991, 15 citations), addresses the limitations of the Denavit–Hartenberg coordinate system for robots with nearly parallel joints. By reassigning coordinate frames and developing a simple yet effective identification method, Oh provided a practical solution to model and correct kinematic errors, significantly improving robotic precision. This contribution has influenced subsequent research in robot calibration and industrial automation, offering a foundational approach for engineers seeking to optimize manipulator performance. Oh’s work underscores the importance of bridging theoretical kinematic models with real-world applications, making him a notable figure in the field of robotics and control systems.
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