Research
Signal processing and wave physics for advanced ultrasound imaging.
Five scientific research axes
The current research portfolio is structured around five scientific themes: high-channel-count ultrasound imaging, 3D passive cavitation imaging, ultrasound localization microscopy, continuous-emission ultrasound imaging, and underwater acoustic noise estimation.
Image4US / 1024-channel ultrasound imaging
High-channel-count 3D ultrasound research systems, image formation, GPU processing and Doppler imaging.
Explore this research axis →3D passive cavitation imaging
Adaptive beamforming, sparse arrays and inverse methods based on cross-spectral matrix fitting.
Explore this research axis →Ultrasound Localization Microscopy
Microbubble detection, adaptive beamforming and super-resolved vascular mapping.
Explore this research axis →Continuous-emission ultrasound imaging
A new imaging paradigm based on continuous transmission and reception, with M-mode and exploratory B-mode imaging.
Explore this research axis →Acoustic noise estimation in deep-sea mining
Array design, source localization and source-level estimation for underwater acoustic monitoring.
Explore this research axis →Scientific outreach
Scientific mediation is developed alongside research activities, including workshops around sound waves and time-frequency analysis for school and public audiences.