Papers
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Total Citations
15
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About
D. H. Kim is a pioneering researcher in robotics, with a primary focus on kinematic modeling, parameter identification, and precision control of robotic manipulators. His most influential work addresses a fundamental challenge in robotics: improving positioning accuracy by compensating for kinematic parameter errors. In his landmark 1991 paper, Kim identified the limitations of the Denavit–Hartenberg convention for robots with nearly parallel joints and proposed a reassigned coordinate frame method for more accurate kinematic modeling. This contribution, cited 15 times, remains a foundational reference for researchers working on robot calibration and error compensation. Kim’s work has had a lasting impact on the field, enabling more precise and reliable robotic systems in manufacturing and automation. His research exemplifies the critical intersection of theoretical modeling and practical implementation, offering solutions that directly enhance industrial robot performance.
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