Wonyun Choi

Robotics Research (United States), Stanford University

Papers

Total Citations

229

H-Index

About

Wonyun Choi is a pioneer in multi-robot systems and autonomous navigation, with a career focused on enabling robots to operate reliably in complex, partially known environments. His most influential work stems from the GOFER project, which tackled the formidable challenge of coordinating dozens of mobile robots indoors—addressing sensor conflicts, communication protocols, and contingency management. This foundational paper has garnered 181 citations, reflecting its lasting impact on swarm robotics and industrial automation. Choi further advanced the field by developing reactive, contingency-tolerant architectures that allow robots to plan and execute motions even when environmental models are incomplete. His 2002 paper on this topic (34 citations) and his 2005 synthesis of motion planning and control under uncertainty (14 citations) have shaped how researchers approach real-world deployment in settings like offices, shop-floors, and clean rooms. By bridging the gap between theoretical planning and practical robustness, Choi’s work has become essential reading for those designing autonomous systems that must handle the unexpected. His contributions remain a cornerstone for students and engineers building the next generation of resilient, multi-robot teams.