R. G. Fenton

University of Toronto, University of New Brunswick

Papers

Total Citations

H-Index

About

R. G. Fenton is a robotics researcher whose work has made meaningful contributions to the field of real-time robot motion planning and control, with a particular focus on the computationally demanding challenge of intercepting moving targets. His most influential contribution, "Near-Time Optimal Robot Motion Planning for On-Line Applications" (1995), tackled a critical limitation in robotics: the inability of existing time-optimal trajectory algorithms to operate fast enough for practical, real-world deployment. This paper has garnered 34 citations and remains a foundational reference for researchers working at the intersection of motion optimization and real-time control. Building on this foundation, Fenton introduced innovative navigation-guidance strategies inspired by aerospace techniques, most notably applying proportional navigation guidance to robotic interception problems — an imaginative cross-disciplinary approach documented in his 2000 paper. His active prediction, planning, and execution (APPE) framework, presented in 1998, further advanced the field by providing a structured strategy for dynamically identifying optimal interception points under time constraints. Collectively, Fenton's research addresses a niche but practically significant problem — enabling robots to respond intelligently to fast-moving, unpredictable targets — making his work highly relevant to automation, manufacturing, and autonomous systems research.