Mingyu Han

Papers

Total Citations

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About

Mingyu Han’s research career bridges the early promise of neural robotics with the emerging frontier of nanotechnology in multi-agent systems. In a foundational 1994 paper, Han explored artificial neural networks for controlling autonomous mobile robots, laying groundwork that would influence later work in cooperative robotics. His most cited contribution, “NAROSOT – Nanotechnology in Robot Soccer” (2006), stands out for its visionary integration of nanoscale concepts into the fast-paced domain of robot soccer—a testbed for cooperative group behavior. The paper describes a complete system comprising a vision module, communication layer, and game strategy engine, demonstrating how multi-agent coordination can be implemented and evaluated in real time. Han also contributed to prediction algorithms for multi-agent systems (2001) and industrial image processing for high-speed object tracking (2006). Though his citation counts are modest—ranging from 3 to 6—his work is notable for its interdisciplinary ambition, connecting control theory, computer vision, and nanotechnology within the concrete framework of robotic competition. Han’s research offers a compelling example of how niche applications like robot soccer can serve as powerful laboratories for testing cooperative intelligence.