Deok Hui Song

Papers

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About

Deok Hui Song has made foundational contributions to the field of humanoid robotics, with a particular focus on kinematic analysis and motion control for human-robot interaction. His research centers on the development of exoskeleton-master and humanoid-slave robotic systems, where precise motion-following tasks are essential for teleoperation and assistive technologies. In his most cited work, "Kinematics Analysis and Implementation of a Motion-Following Task for a Humanoid Slave Robot Controlled by an Exoskeleton Master Robot" (2007, 14 citations), Song demonstrated how a human operator’s movements could be intuitively replicated by a humanoid robot, advancing the practical application of wearable robotic controllers. His second highly cited paper, "Geometrical Analysis of Inverse Kinematics Solutions and Fuzzy Control of Humanoid Robot Arm under Kinematics Constraints" (2007, 9 citations), introduced an analytical method for solving inverse kinematics without requiring full orientation data—a computationally efficient approach that remains valuable for real-time joint control under geometric constraints. Though his citation counts are modest, Song’s work represents an important step in bridging human motion intent with robotic execution, offering practical solutions for constrained robotic arm control and laying groundwork for future intuitive human-robot collaboration systems.