Shelley Rounds
Papers
4
Total Citations
18
H-Index
4
About
Shelley Rounds is a researcher whose work sits at the intersection of swarm robotics, distributed control, and mobile sensor networks. Her primary research focus is on designing economical and robust multi-agent systems that leverage swarm intelligence to achieve complex group behaviors. Rounds’ major contribution lies in her innovative application of centroidal Voronoi tessellations (CVT) to solve fundamental challenges in swarm coordination. She has demonstrated how CVT can be used to achieve cooperative phototaxis—enabling a swarm to localize and track a moving light source—as well as dynamic formation control, where robots create and maintain both static and moving configurations. Her 2009 paper on cooperative phototaxis (5 citations) and her 2021 thesis on distributed control (5 citations) are her most cited works, establishing a foundation for using mathematical tessellations to create decentralized, scalable swarm systems. By combining established mathematical theory with practical engineering, Rounds has provided a framework for building low-cost, robust swarms capable of performing sophisticated tasks without centralized control, making her work a valuable reference for researchers in swarm engineering and distributed robotics.
Research Focus
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