Tandrima Dey

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About

Tandrima Dey is a computer scientist whose research focuses on the algorithmic foundations of distributed robotics and swarm intelligence, particularly the coordination and control of multiple autonomous agents. Her most-cited work, "Gathering Multiple Robots in a Ring and an Infinite Grid" (2016, 5 citations), addresses a fundamental problem in multi-robot systems: how to achieve convergence and rendezvous without centralized control or global communication. In this paper, Dey proposes novel algorithms that enable robots to gather efficiently in both discrete (ring) and continuous (infinite grid) environments, even under constraints like limited visibility and asynchronous movement. Her contributions are significant for advancing theoretical understanding of decentralized coordination, with direct implications for applications in search-and-rescue, environmental monitoring, and automated warehouse logistics. While her citation count reflects the specialized nature of her field, Dey’s work is recognized for its clarity and rigorous analysis, providing essential building blocks for researchers exploring scalable, fault-tolerant multi-agent systems. Her research continues to inspire new approaches to distributed problem-solving in robotics.