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About

Xiaoming Zheng is a researcher whose work sits at the intersection of multi-robot systems, terrain coverage, and distributed task allocation. Best known for pioneering contributions to multi-robot coverage algorithms, Zheng's landmark 2005 paper "Multi-robot Forest Coverage" (137 citations) introduced a foundational framework for coordinating teams of robots to efficiently visit every location in known terrain — with applications spanning lawn mowing, search-and-rescue, and mine clearing. This work was substantially extended in 2010 to address weighted and unweighted terrain (86 citations), and further refined to handle environments with non-uniform traversability, for which Zheng provided formal coverage-time proofs. Beyond coverage, Zheng has made meaningful contributions to distributed task allocation, developing auction-based mechanisms and negotiation protocols that enable robot teams to coordinate in real time without sharing sensitive cost information. The 2006 work on improving sequential single-item auctions (38 citations) demonstrates a particular talent for bridging theoretical elegance with practical robotics applications. With over 300 cumulative citations, Zheng's research has meaningfully shaped how autonomous robot teams are deployed in complex, real-world environments, making their work essential reading for anyone exploring multi-agent systems or robotic planning.