T. Kageyama

Papers

Total Citations

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About

T. Kageyama is a researcher focused on advancing robotic locomotion and control systems for unstructured environments. Their primary research areas include decentralized control architectures, bipedal robot locomotion, and motion control in open, dynamic settings. Kageyama’s major contribution lies in pioneering a decentralized real-time control framework for biped robots, treating the robot as an aggregation of subsystems that interact with the environment through alternating contact. This approach enables more adaptive and robust walking in environments with varying dynamic characteristics. Their work on designing decentralized control systems for unstructured environments addresses the critical need for generalizable motion controllers capable of operating beyond traditional industrial settings. While their most-cited papers have garnered modest citation counts—8 and 5 citations respectively—they represent foundational steps toward more flexible, autonomous robotic systems. Kageyama’s research is particularly notable for its forward-looking emphasis on machines that must function in open, unpredictable environments, a challenge increasingly relevant to service robotics, disaster response, and human-robot interaction. Their contributions continue to influence the development of adaptive control strategies for legged robots operating outside controlled laboratory conditions.