Papers
3
Total Citations
28
H-Index
3
About
Robin Pelle is a leading researcher in distributed computing, with a focus on the theoretical foundations of mobile robot swarms. Her work centers on the analysis of fundamental coordination problems, particularly the exploration of unknown graphs by autonomous robots. Pelle’s major contributions include developing a rigorous, certified framework for proving impossibility results in this domain, a critical step for understanding the limits of what robot teams can achieve under asynchronous, fault-prone conditions. Her 2018 paper, “A Foundational Framework for Certified Impossibility Results with Mobile Robots on Graphs” (12 citations), provides a formal methodology for establishing when exploration tasks are unsolvable. She further advanced the field by comparing continuous versus discrete asynchronous movement models, as detailed in her 2019 work (11 citations), offering deep insights into how robot mobility assumptions affect algorithmic feasibility. Pelle’s research is notable for its mathematical precision and its impact on the design of provably correct distributed algorithms. Her work is essential reading for students and researchers interested in the intersection of robotics, distributed systems, and formal verification.
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