Yuuhei KATOU
Papers
2
Total Citations
13
H-Index
2
About
Yuuhei Katou is a pioneering researcher in distributed intelligent systems, best known for his foundational work on cellular robotic systems (CEBOT). His key research areas include dynamically reconfigurable robotics, distributed control architectures, and multi-agent coordination. Katou’s major contributions center on developing scalable, decentralized control structures for groups of autonomous robotic units, or “cells.” In his most cited work (8 citations), he introduced a novel method for evaluating group organization using network energy, enabling efficient master cell selection and hierarchical coordination. His follow-up study on communication architecture (5 citations) further advanced the field by proposing strategies for master cell-based coordination in large-scale robotic swarms. These contributions have provided critical theoretical foundations for modern distributed robotics and swarm intelligence. Katou’s research remains influential for students and engineers working on self-organizing systems, modular robots, and multi-robot coordination, demonstrating how biologically inspired cellular approaches can solve complex control problems in dynamic environments.
Research Focus
Key Achievements
Top Papers
- 1
- 2Communication Architecture for Cellular Robotic System5 citations · 1993