Suparno Datta

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About

Suparno Datta is a leading figure in distributed robotics, best known for his pioneering work on the circle formation problem for autonomous robots. His research focuses on the fundamental challenges of swarm coordination, particularly under realistic constraints such as asynchrony, limited visibility, and physical size—what he terms "fat robots." Datta’s seminal 2012 paper, "Circle Formation by Asynchronous Fat Robots with Limited Visibility," with 42 citations, established a foundational algorithm proving that even with restricted sensing and non-synchronized motion, a group of robots can reliably converge to a circle. He extended this work in 2013 to transparent fat robots, addressing the complexities of occlusion and inter-robot visibility. These contributions are critical for designing robust, scalable multi-robot systems in real-world environments where communication and coordination are imperfect. Datta’s research has influenced subsequent work in distributed algorithms, sensor networks, and autonomous systems, and his clear, rigorous approach makes his papers essential reading for students and researchers in robotics and theoretical computer science.