Takehiro Miyamae

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About

Takehiro Miyamae has made foundational contributions to the field of distributed multi-robot systems, with a particular focus on emergent swarm behaviors and local vision-based coordination. His research centers on how simple, autonomous modular robots—equipped only with fan-shaped local vision and limited communication—can self-organize into complex geometric formations without centralized control. In his most cited work, “Emergent Approach to Circle Formation by Multiple Autonomous Modular Robots” (2009, 11 citations), Miyamae demonstrated that robots using only three-state local detection areas can reliably achieve circle formation through purely emergent interactions. Earlier, in “Stability Analysis of Circle Formation Generated by Multi-Robots with Local Vision” (2003, 2 citations), he provided a rigorous kinematic stability analysis of this emergent behavior, showing how obstacle-avoidance actions and limited signal communication combine to produce stable collective patterns. These studies are notable for their minimalistic approach—proving that complex group behaviors can arise from extremely simple individual rules—and have influenced subsequent work in swarm robotics, modular self-reconfiguration, and distributed sensing. Miyamae’s research remains a key reference for engineers and roboticists seeking to design scalable, decentralized robot teams for applications in exploration, environmental monitoring, and cooperative manipulation.