Shinichi Aso

Papers

Total Citations

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About

Shinichi Aso is a pioneering researcher in the field of swarm robotics, with a focused expertise in decentralized control algorithms and collective motion stability. His major contributions center on developing novel methods for maintaining the structural integrity of robotic swarms while enabling goal-directed movement. Aso’s seminal 2008 work, "Control and stability for robotic swarm based on center of gravity of local swarm" (18 citations), introduced a groundbreaking control algorithm that uses virtual forces—local forces and advancing forces—to balance swarm cohesion with forward progress. He further advanced the field by exploring human-swarm interaction in "Cooperative movement of human and swarm robot maintaining stability of swarm" (11 citations), proposing a method for robots to surround and move cooperatively with a human operator while preserving swarm stability. His third key paper, "Stability of swarm robot based on local forces of local swarms" (9 citations), refined these concepts by emphasizing how local force calculations can ensure global swarm stability. Though Aso’s citation counts reflect a specialized niche, his work laid essential groundwork for practical swarm applications in search-and-rescue, environmental monitoring, and collaborative human-robot teams. His research remains a touchstone for engineers seeking to design robust, scalable, and human-compatible multi-robot systems.