Papers
9
Total Citations
204
H-Index
6
About
R. Rouveure is a researcher whose work sits at the intersection of radar sensing, mobile robotics, and autonomous agricultural vehicles. With a career spanning over two decades, their research has focused primarily on developing microwave and millimeter-wave radar systems as robust perception tools for outdoor robotic platforms operating in challenging environmental conditions. Their most impactful contribution, "Ambient Awareness for Agricultural Robotic Vehicles" (2016, 122 citations), established foundational principles for environment perception in autonomous farming contexts — a field of growing global significance. This work was further extended through the QUAD-AV Project (2022), advancing multi-sensory obstacle detection for agricultural autonomy. Rouveure's PELICAN panoramic radar system demonstrated innovative approaches to 2D environmental imaging, while earlier work on FMCW radar principles (dating to 2004) laid important groundwork for the field. A recurring theme throughout their research is addressing GPS limitations in dense vegetation and urban environments, with contributions to radar-based localization, mapping, and moving object detection and tracking (DATMO) from mobile platforms. This work is particularly valuable for agricultural robotics, where GPS signal degradation is common. Rouveure's research represents a distinctive and sustained commitment to making radar a viable, reliable alternative sensor modality for real-world robotic navigation and autonomous vehicle safety.
Research Focus
Key Achievements
Top Papers
- 1Ambient awareness for agricultural robotic vehicles122 citations · 2016
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- 6Robot Localization and Navigation with a Ground-Based Microwave Radar6 citations · 2019
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