Francesco Bronzino

Nokia (France), Université Savoie Mont Blanc, Université Claude Bernard Lyon 1

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About

Francesco Bronzino’s research lies at the intersection of robotics, swarm intelligence, and networked communication, with a focus on enabling coordinated exploration in unknown and hazardous environments. His major contributions center on developing algorithms that allow sparse swarms of micro-robots—whether crawling, flying, or swimming—to autonomously map uncharted spaces while operating under severe communication constraints. Notably, his work on the Atlas project (2020, 8 citations) introduced a framework for distributed exploration and mapping using a minimal number of networked IoT robots, demonstrating how limited resources can still achieve comprehensive environmental coverage. He further advanced the field with his Connectivity-Aware Relay Algorithm (CARA, 2022, 1 citation), which optimizes relay placement to maintain robust communication links during multi-robot expeditions, and his study on coordinating micro-robots under lossy communication (2021, 2 citations). These contributions are critical for real-world applications like hazard detection and search-and-rescue missions, where full coverage and minimal time are paramount. Bronzino’s work is notable for its practical emphasis on resilience and efficiency, making him a key figure in the development of deployable, communication-constrained robotic swarms.