Richard Lorion

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About

Richard Lorion’s research lies at the intersection of robotics, wireless communications, and environmental sensing, with a particular focus on autonomous radio frequency (RF) mapping. His work addresses the critical challenge of characterizing signal propagation in complex indoor and outdoor environments. Lorion’s major contributions include the development of a novel measurement technique that leverages an autonomous mobile robot to perform real-time, location-aware RF signal mapping. This system, detailed in his most-cited paper “Radio Frequency Mapping using an Autonomous Robot: Application to the 2.4 GHz Band” (2016, 6 citations), enables precise remote sensing by integrating robot self-localization with wireless data transmission to a base station. His earlier work, “Real-time radio signal mapping using an autonomous robot” (2015, 5 citations), established the foundational methodology, demonstrating how robotic platforms can replace static measurement campaigns for dynamic spectrum analysis. Though his citation counts are modest, Lorion’s contributions are notable for pioneering practical, low-cost solutions for RF environment monitoring—a key enabler for applications like cognitive radio, interference management, and smart infrastructure. His work has been presented to international audiences, highlighting its relevance to the broader wireless and robotics communities.