R. Rees Fullmer

Papers

Total Citations

H-Index

About

R. Rees Fullmer is a leading researcher in autonomous mobile robotics and precision agriculture, with a career dedicated to advancing the practical automation of ground vehicles. His most influential work, "Conversion and control of an all-terrain vehicle for use as an autonomous mobile robot," presents a systematic, integrated approach to vehicle automation that combines low-level controls, trajectory generation, and closed-loop path correction. This foundational research, conducted at Utah State University, directly addressed the critical need for cooperative robotics in precision agriculture by successfully automating a full-scale all-terrain vehicle. While his citation count reflects the specialized, applied nature of his engineering contributions, Fullmer’s impact is most evident in the real-world deployment of his systems. He has been instrumental in developing robust control architectures that bridge the gap between theoretical robotics and field-ready agricultural machinery, enabling autonomous operations that improve efficiency and reduce human labor. His work remains a key reference for engineers and researchers working on the automation of off-road and agricultural vehicles, demonstrating how integrated control systems can transform standard vehicles into intelligent, cooperative robots.