Ongoing work spans medical elastography, seismic and sonar imaging, with a shared focus on
practical, physics-based inversion methods.
Funding: MSCA COFUND (European Union & University of Oslo)
Hosted by the
DSB group,
FULLELASTO
is part of the
Ultrasound Shear Wave Elastography project.
The project aims to develop robust, physics-based inversion workflows to improve tissue characterization and disease staging in clinical ultrasound.
- Integrate Full-Waveform Inversion into ultrasound shear-wave elastography workflows.
- Improve reconstruction robustness through explicit wave-physics constraints.
- Enable higher-fidelity 3D myocardial elasticity mapping.
FULLELASTO project page
Postdoctoral profile
Ultrasound Shear Wave Elastography project
Secondment: Kongsberg Discovery, as part of the DSTrain postdoctoral project
This collaboration with
Kongsberg Discovery
focuses on sonar data for subseafloor imaging.
The work connects wave-based inversion methods with real-world marine acoustic data.
Kongsberg Discovery
Funding: Plan France Relance (2022-2024), followed by AURORA mobility funding (2026-2027)
Initiated with the
IDEFIX
team as a collaboration between
INRIA
and
EDF R&D,
this project addresses interface imaging challenges at electricity production sites.
- Targets high-resolution imaging of the dam-rock foundation interface.
- Combines shape optimization with Full-Waveform Inversion for non-invasive seismic data.
- Extends methodology to 3D settings and more realistic operational forward models.
AURORA Programme
The AURORA programme is a Norway-France mobility scheme that supports researcher exchanges,
joint workshops, and collaboration building between partner institutions. The supported
project is titled Full-Waveform Inversion for Dam Safety.
