Ryo Onishi

Papers

Total Citations

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About

Ryo Onishi is a robotics researcher whose work bridges biomechanics and autonomous systems, with a focus on bipedal locomotion and mobile robot control. His research explores how human-inspired movements—such as arm swinging and trunk twisting—enhance stability and angular momentum compensation in bipedal robots, offering insights into more natural and efficient locomotion. Onishi’s 2019 study on this topic, cited 3 times, provides foundational understanding for humanoid robot design. In parallel, his 2002 work on path tracking control for omnidirectional mobile robots introduces an online learning system using Cerebellar Model Articulation Controllers (CMACs), demonstrating robust performance in adaptive, general-purpose control. Though his citation counts are modest, Onishi’s contributions are notable for integrating biological principles with engineering solutions, advancing both theoretical and applied robotics. His work serves as a stepping stone for researchers exploring adaptive control and bio-inspired robotics, highlighting the potential of learning-based approaches in dynamic environments.