James A. Miller

Jet Propulsion Laboratory, University of Strathclyde

Papers

Total Citations

H-Index

About

James A. Miller is a pioneering figure in the early development of autonomous mobile robotics and computer-controlled manufacturing systems. His foundational research, conducted in the late 1970s, centered on the autonomous guidance and control of roving robots, where he developed novel adaptive guidance systems that enabled semi-autonomous vehicles to self-correct their paths in real time. Miller’s key contribution—a discrete adaptive guidance technique—allowed a roving robot to dynamically trade off speed, expected path deviations, and accelerations to maintain optimal trajectory in unstructured environments. This work, documented in his most-cited papers (1977), has accumulated over 17 citations, reflecting its lasting influence on the fields of mobile robotics and autonomous navigation. Later, Miller applied his control expertise to manufacturing, authoring a 1985 paper on retrofitting machine tools with computer numerical control, bridging robotics and industrial automation. Though his citation counts are modest by modern standards, Miller’s early innovations in adaptive, environment-sensitive robot guidance laid critical groundwork for today’s autonomous vehicles and field robotics, marking him as a quiet but impactful contributor to the robotics revolution.