Katsuyuki Noguchi

Bunkyo University, The University of Tokyo

Papers

Total Citations

H-Index

About

Katsuyuki Noguchi’s research centers on multi-agent robotics and cooperative task execution, with a particular focus on heterogeneous robot groups. His pioneering work investigates how teams of autonomous robots equipped with different motion algorithms can collaborate effectively to solve complex problems, such as the multi-agent traveling salesman problem. Noguchi’s major contribution lies in demonstrating that heterogeneity—rather than uniformity—in robot motion strategies can enhance overall group efficiency and task performance. Through extensive simulations, he showed that mixing diverse algorithms within a single group can lead to emergent, adaptive behaviors that homogeneous teams cannot achieve. His foundational papers, including “Behavior of a group composed of robots with heterogeneous motion algorithms” (2003) and “Efficiency of a Group Consisted of Robots with Heterogeneous Motion Algorithms” (1999), each with 2 citations, laid early groundwork for the now-flourishing field of heterogeneous swarm robotics. While his citation counts are modest, Noguchi’s work is notable for being among the first to systematically explore the benefits of algorithmic diversity in robot collectives, a concept that has since become central to modern multi-robot systems research. His studies remain a valuable reference for students and researchers interested in the principles of cooperative robotics and decentralized coordination.