Jonathan S. Miller

Applied Research Associates (United States)

Papers

Total Citations

H-Index

About

Jonathan S. Miller is a pioneering roboticist whose work has focused on the development of advanced multi-sensor platforms for critical infrastructure inspection and hazardous environment remediation. His research centers on the integration of robotic systems with geophysical sensing technologies to address complex detection challenges. Miller’s major contributions include the design and calibration of robotic platforms for the detection and discrimination of unexploded ordnance (UXO) and buried landmines, significantly improving upon traditional manual survey methods. His 2004 paper on robotic systems for civil structure inspection laid foundational concepts for automated structural health monitoring. Notably, his work on automated calibration methods for multi-sensor landmine detection platforms addressed the critical challenge of maintaining sensor accuracy across varying environmental conditions. While his citation counts (2-3 per paper) reflect a specialized technical audience, his research has direct implications for both military force protection and humanitarian demining operations. Miller’s contributions represent an important bridge between field robotics and practical geophysical survey applications, demonstrating how automated platforms can reduce costs and improve safety in hazardous site characterization.