Brian Frederick

General Dynamics (United States), General Electric (United States)

Papers

Total Citations

H-Index

About

Brian Frederick is a pioneer in applied robotics, with his research bridging autonomous security and industrial automation. His most impactful work centers on two key areas: physical security robotics and adaptive robotic manipulation. Frederick led the development of the Mobile Detection Assessment Response System (MDARS), a groundbreaking platform that deploys autonomous unmanned ground vehicles (UGVs) to patrol Department of Defense installations. This system, detailed in his most-cited paper (17 citations), integrates intruder detection, barrier assessment, and product evaluation, setting a standard for military-grade security automation. In parallel, Frederick made significant contributions to postal automation, tackling the notoriously difficult problem of mailpiece singulation. His series of papers (1987-2003) introduced adaptive robotics and sparse range imagery to identify and separate irregular parcels from a moving conveyor, achieving over 95% efficiency at 36 pieces per minute. This work directly addressed a critical bottleneck in US Postal Service logistics, demonstrating how sparse sensor data could guide general-purpose robots in unstructured environments. Frederick’s career exemplifies the translation of robotics research into high-impact, real-world systems, from defending military depots to streamlining mail processing.