ULB Research ⤶	Description of the Unit	Projects of the Unit	Composition
Collaborations of the Unit	Protected technologies	Publications	Skills

Mechanics and Applied Mathematics

Faculty of Sciences | Mathematics

(Code: ULB178)

► Structured statistical and computational tools in high-dimensional recovery, with applications in medical imaging

Actions concertées.

The main objective of this proposal is to explore and develop new methods and optimized algorithms
for the analysis of high-dimensional data under the ...

► Homogeneous and Inhomogeneous Plane Waves in Anisotropic Media

Fonds associés (toutes subventions, y compris la Loterie Nat.) - Financement de base institutionnel.

This project deals with properties of infinitesimal plane waves in elasticity and electromagnetism of anisotropic materials (crystal acoustics and crys ...

► Inexact proximal algorithms, with application to inverse problems and machine learning

F.R.S.-FNRS et Fonds associés (hors FRIA).

► Finite Elasticity and Finite-Amplitude Waves.

Fonds associés (toutes subventions, y compris la Loterie Nat.) - Financement de base institutionnel.

This research belongs to the subject called finite elasticity of compressible or incompressible solids. On one hand, general properties of large deform ...

► Solution of inverse problems in scattering and imaging

Fonds associés (toutes subventions, y compris la Loterie Nat.) - Financement de base institutionnel.

Development of analytical and numerical methods for solving inverse problems and  applications to experimental data processing in various fields (optic ...

► Time series analysis and applications to macroeconomics

Financement de base institutionnel.

The project aims at the improvement of the filtering techniques used to discriminate between trends and cycles in economic time series and also at the  ...

► Theoretical modeling and image analysis in near-field microscopy

Financement de base institutionnel.

In optical or acoustical miscroscopy, near-field imaging techniques allow to considerably enhance the classical far-field Rayleigh resolution limit. Th ...