Gregory D. Durgin

Papers

Total Citations

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About

Gregory D. Durgin is a leading authority in radio frequency identification (RFID) and wireless propagation, with a particular focus on the physics of backscatter communication. His major contributions lie in advancing the theory and practice of fine-scale RFID localization and tracking, a critical enabler for emerging applications like robotic wayfaring, virtual reality, and remote motion capture. His highly cited work on Kalman filter-based localization for hybrid RFID systems (HIMR) demonstrates how to achieve exceptional accuracy—ranging from 5 to 400 cm—over large operational ranges, a significant leap for the field. With over 17 citations on this key paper alone, Durgin’s research has shaped modern understanding of how to fuse inertial measurements with RF signals for robust, real-time tracking. He is also widely recognized for his foundational textbook, *Space-Time Wireless Channels*, and for pioneering work on the Rician K-factor and backscatter channel modeling. Durgin’s blend of theoretical rigor and practical system design continues to influence both academic research and industrial RFID deployment, making him a pivotal figure in wireless sensing and IoT.