Lucas Buckland
Papers
1
Total Citations
75
H-Index
1
About
Lucas Buckland is a pioneer in the field of non-line-of-sight (NLOS) sensing and computational imaging, with a primary focus on leveraging ambient wireless signals for environmental mapping. His most celebrated work, "X-Ray Vision With Only WiFi Power Measurements Using Rytov Wave Models" (2015, 75 citations), introduced a groundbreaking method for unmanned vehicles to "see" through thick, opaque walls using only standard WLAN power measurements. By applying Rytov wave models to account for complex scattering and diffraction, Buckland demonstrated that WiFi signals could reconstruct unknown interior spaces with remarkable fidelity, effectively turning wireless radiation into a tool for passive, non-invasive imaging. This work bridged the gap between wave propagation theory and practical robotics, enabling autonomous systems to navigate or survey hazardous, inaccessible areas without any prior knowledge of the environment. Buckland’s contributions have had a lasting impact on search-and-rescue operations, security surveillance, and structural health monitoring, inspiring a generation of researchers to explore the hidden potential of everyday radio waves. His innovative approach remains a cornerstone in the emerging discipline of RF-based sensing.
Research Focus
Key Achievements
Top Papers
- 1X-Ray Vision With Only WiFi Power Measurements Using Rytov Wave Models75 citations · 2015