Yuki Kamogawa

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About

Yuki Kamogawa’s research lies at the intersection of humanoid robotics and bio-inspired manipulation, focusing on two core challenges: stable bipedal locomotion and dexterous hand design. His most influential work, “Stability control and pattern generation for biped humanoid robot” (2013, 17 citations), introduces a dual-layer control framework combining ZMP compensation with inverted pendulum dynamics. This approach enables humanoid robots to maintain balance during walking by actively adjusting waist displacement in response to ground reaction forces—a foundational contribution to real-time stability in legged systems. Expanding on whole-body capability, Kamogawa developed a tendon-driven robotic hand (2014, 3 citations) that replicates human finger articulation through a V-grooved pulley mechanism. This five-fingered design, featuring independent thumb and finger control, allows bipedal robots to perform human-like manipulation tasks, bridging locomotion and object interaction. His work demonstrates a systems-level approach to humanoid robotics, where stability control and dexterous grasping are integrated for practical applications in assistive robotics and human-robot interaction. Though early in his career, Kamogawa’s contributions provide essential building blocks for creating truly anthropomorphic robots capable of navigating and interacting with human environments.