John Dusl

Jacobs (United States), Lockheed Martin (United States)

Papers

Total Citations

H-Index

About

John Dusl is a pioneering engineer in ultra-wideband (UWB) radio frequency tracking systems, with his research primarily focused on high-precision 3D localization for space exploration and orbital operations. His major contributions center on developing prototype UWB tracking technologies for NASA Johnson Space Center, including a Time-Difference-Of-Arrival system designed to track lunar/Mars rovers and astronauts during early exploration missions, as detailed in his most-cited work (14 citations). Dusl also advanced free-flyer tracking with a UWB system for the Mini-AERCam, a robotic camera aiding surveillance around the International Space Station (8 citations). His exploration of angle-of-arrival triangulation methods further expanded UWB’s capabilities for astronaut localization. With a combined citation count of 24 across his key papers, Dusl’s work has laid foundational groundwork for robust, high-resolution proximity tracking in challenging extraterrestrial environments. His achievements include direct contributions to NASA’s spaceflight safety and autonomous navigation systems, showcasing UWB’s potential to enable precise, real-time positioning where GPS is unavailable.