Alice Ruget

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About

Alice Ruget is a prominent researcher specializing in single-photon imaging, LiDAR systems, and 3D time-of-flight (ToF) sensing technologies. Her work sits at the intersection of photon-counting hardware and computational imaging, with a particular focus on single-photon avalanche diodes (SPADs) — a transformative technology enabling precise depth sensing across long ranges in challenging conditions. Ruget's most influential contributions include pioneering advances in SPAD-based 3D imaging systems, with her work on robust depth estimation attracting over 40 citations and establishing foundational methods for applications in autonomous vehicles, augmented reality, and robotics. Her research on video super-resolution for single-photon LiDAR (20 citations) demonstrates her commitment to pushing the spatial and temporal resolution limits of compact sensor arrays, addressing a key bottleneck in practical deployment. She has also made notable contributions to high-speed vision using 3D-stacked SPAD image sensors and developed high-speed object detection pipelines that extend SPAD utility to dynamic real-world scenarios. Across her body of work, Ruget consistently bridges hardware innovation with algorithmic development, making her research highly relevant to engineers and scientists advancing the next generation of intelligent sensing systems. Her growing citation record reflects her rising influence in this rapidly evolving field.