Papers
8
Total Citations
89
H-Index
6
About
Patrice Faure is a pioneering researcher in radar-based perception systems for mobile and autonomous robotics, with a career spanning over two decades of sustained contributions to this specialized field. His work centers on the design and application of millimeter-wave and FMCW (Frequency-Modulated Continuous Wave) radar sensors for environmental perception, object detection, and robot localization in challenging outdoor conditions. Faure's most recognized contribution is the PELICAN system — a panoramic millimeter-wave radar architecture for mobile robotics — which has attracted 26 citations and represents a landmark effort in bringing radar-based spatial awareness to autonomous ground vehicles. His early foundational work on intertwined linear frequency modulation waveforms (2009) and multiple-target FMCW detection (2004) helped establish radar as a credible alternative to optical sensors in dusty, low-visibility, and adverse-weather agricultural environments. A recurring theme across his publications is agricultural robotics, where robust perception is critical for safety and productivity. His involvement in the QUAD-AV project (2022) reflects his commitment to multi-sensor fusion approaches for autonomous agricultural vehicles. With contributions also spanning radar-based SLAM and mobile mapping for GPS-denied localization, Faure's cumulative work — totaling over 75 citations — has meaningfully shaped the development of resilient robotic perception systems.
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