Vincent Lee-Shue

Papers

Total Citations

301

H-Index

About

Vincent Lee-Shue’s research lies at the intersection of multi-robot systems, sensor-based coverage, and autonomous exploration. His most influential work, “Limited communication, multi-robot team based coverage” (2004, 199 citations), introduced a pioneering algorithm that enables a team of mobile robots to achieve complete coverage of a free space by dividing it into cells for efficient back-and-forth motion. This approach, building on the boustrophedon method, addressed critical challenges in coordination under limited communication—a realistic constraint for field robotics. His follow-up paper, “Towards sensor based coverage with robot teams” (2003, 91 citations), extended this framework to unknown environments, allowing homogeneous teams of circular robots to collaboratively cover spaces without prior maps. Lee-Shue’s contributions are foundational to the field of cooperative coverage, directly influencing applications in search-and-rescue, precision agriculture, and environmental monitoring. By tackling the dual challenges of scalability and sensor-based adaptation, he demonstrated how simple, cell-based decomposition can unlock robust multi-robot performance. His work remains a key reference for researchers designing decentralized coverage algorithms, with citation counts reflecting its lasting impact on autonomous systems and swarm robotics.