Hongkyu Min

Chiba Institute of Technology, Chiba University

Papers

Total Citations

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About

Hongkyu Min is a robotics researcher whose work lies at the intersection of bio-inspired multi-agent systems and autonomous aerial navigation. His most influential contributions focus on designing distributed control architectures for mobile robot teams by mimicking collective behaviors observed in nature. His highly cited 2011 paper on Group Escape Behavior (24 citations) established a framework for decentralized coordination, drawing inspiration from how fish schools and insect swarms achieve simple, flexible, and robust group maneuvers. This work, along with his 2010 study on fish-school-inspired escape strategies (14 citations), demonstrated how biological models can be translated into effective cooperative control for multiple autonomous robots. More recently, Min has addressed a critical challenge in field robotics: reliable navigation in GPS-denied environments. His 2016 work on integrated aerial robot navigation proposed a novel system that fuses sensor data to maintain position and velocity estimates when GPS signals are unavailable, a key enabler for drones operating indoors, underground, or in contested areas. With a career spanning foundational swarm robotics to practical flight control, Min’s research offers valuable insights for students interested in distributed intelligence and resilient autonomous systems.