Yoichi Kanbo

Papers

Total Citations

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About

Yoichi Kanbo is a robotics researcher whose work focuses on the control and coordination of nonholonomic mobile robot groups. His primary contributions lie in the development of formation vector control methods, which enable groups of wheeled robots—specifically those with two independently driven wheels—to autonomously arrange themselves into desired geometric formations. Kanbo's most influential papers, each garnering 5 citations, present both the theoretical foundation and experimental validation of a modified formation vector control approach that achieves faster formation generation than prior methods. This work addresses fundamental challenges in multi-robot systems, including motion constraints imposed by nonholonomic dynamics and the need for efficient, scalable coordination. By demonstrating experimental verification, Kanbo bridges the gap between theory and practical implementation, offering valuable insights for researchers working on swarm robotics, autonomous vehicle platooning, and cooperative robotic tasks. His research continues to inform the design of decentralized control strategies for mobile robot teams operating in real-world environments.