K.H. Achmad Subhan

Papers

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About

K.H. Achmad Subhan is a robotics researcher whose work focuses on bipedal locomotion and humanoid walking systems. His key research area lies in the analysis and implementation of walking trajectories for biped robots, with a particular emphasis on replicating human gait patterns. Subhan’s major contribution is his foundational work on the Zero Moment Point (ZMP) approach, a critical concept in ensuring dynamic stability for walking robots. His most-cited paper, "Basic walking trajectory analysis in FLoW ROBOT" (2016), with 18 citations, demonstrates a systematic method for analyzing human walking behavior by calculating the point where gravitational and inertial forces balance. This work provides a practical framework for generating stable walking patterns in biped robots, bridging theoretical ZMP principles with real-world robotic applications. Subhan’s research has implications for advancing humanoid robotics, particularly in developing robots that can navigate complex environments with human-like efficiency. His contributions serve as a stepping stone for students and researchers exploring locomotion control, offering clear methodologies for trajectory planning and stability analysis in bipedal systems.