Daniel M. Carroll

United States Department of the Navy, Naval Information Warfare Center Pacific, Naval Information Warfare Systems Command

Papers

Total Citations

H-Index

About

Daniel M. Carroll is a pioneering researcher in military robotics and autonomous security systems, with a career centered on developing unmanned ground vehicles (UGVs) for Department of Defense applications. His most influential work revolves around the Mobile Detection Assessment Response System (MDARS), a landmark joint Army-Navy initiative he helped advance from its 1989 origins into a sophisticated autonomous security platform. Carroll's contributions span the full development lifecycle of MDARS, from architectural design — as demonstrated in his foundational work on the Multiple Resource Host Architecture — to rigorous field testing and operational deployment at DoD bases and depots. His research addresses critical challenges in physical security, including intruder detection, barrier assessment, and inventory monitoring, while exploring how autonomous robots can augment a reduced human guard force. Carroll further extended this work to integrated force protection missions and, notably, the integration of robotic resources into FORCEnet, the U.S. Navy's net-centric command and control framework, enabling long-distance unmanned system operation. With over 66 cumulative citations, his body of work has meaningfully shaped how military organizations conceptualize and deploy autonomous ground vehicles for security and surveillance, making his research essential reading for anyone studying defense robotics or human-robot teaming in high-stakes environments.