Masatoshi Ashikaga
Papers
2
Total Citations
21
H-Index
2
About
Masatoshi Ashikaga is a researcher whose work lies at the intersection of biological inspiration and robotics, with a primary focus on collective behavior and swarm intelligence. His major contributions involve translating the nuanced social dynamics of insects—specifically crickets—into mathematical models and algorithms for multi-agent systems. In his most cited work (12 citations), Ashikaga developed an oscillator network model to explain group-size-dependent behavior decisions in insects, capturing how defeated male crickets suppress aggression after repeated fighting. This model provides a framework for understanding how individual interactions scale to group-level patterns. He further applied these biological principles to robotics, proposing an algorithm for multiple mobile robots performing foraging tasks in dynamic environments (9 citations). By having robots adjust their behaviors based on activity levels and interactions—mirroring cricket neurobiology—Ashikaga demonstrated how adaptive, decentralized control can emerge without central coordination. His work bridges ethology and engineering, offering practical solutions for swarm robotics while deepening our understanding of animal decision-making.
Research Focus
Key Achievements
Top Papers
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