In [1] and [2], we have developed a model and three dimensional inversion algorithm for detecting flaw in structures. The model, based on rigorous electromagnetic theory, and the algorithm have as their main objective the high resolution imaging of the flaw. The algorithm is computationally intensive and, like other inversion techniques, involves the solution of some ill conditioned problems
In this paper we report the results of an experimental verification of our inversion algorithm in [1...
This paper introduces the Maximum Entropy method of resolving underdetermined objects (flaws or incl...
International audienceThis analysis of eddy current testing of defects in conductive materials is di...
We have developed a reconstruction algorithm based on a rigorous electromagnetic model. This model a...
Several new results are presented for applications involving the restoration of coherent signals and...
Our multifrequency reconstruction algorithm is based on a rigorous electromagnetic model for eddy-cu...
Progress on the POFFIS high frequency flow imaging method is described. Both theoretical and experim...
International audienceThe non-destructive evaluation of a defect affecting a metal half-space from t...
International audienceThe non-destructive evaluation of a defect affecting a metal half-space from t...
International audienceThe non-destructive evaluation of a defect affecting a metal half-space from t...
The aim of eddy current inversion is to reconstruct an unknown flaw from probe signals measured as a...
The problem of reconstructing an image from irregular samples of its 2-D DTFT arises in synthetic ap...
International audienceThis analysis of eddy current testing of defects in conductive materials is di...
In this paper the reconstruction of a two-dimensional image from a nonuniform sampling of its Fourie...
In this paper the reconstruction of a two-dimensional image from a nonuniform sampling of its Fourie...
In this paper we report the results of an experimental verification of our inversion algorithm in [1...
This paper introduces the Maximum Entropy method of resolving underdetermined objects (flaws or incl...
International audienceThis analysis of eddy current testing of defects in conductive materials is di...
We have developed a reconstruction algorithm based on a rigorous electromagnetic model. This model a...
Several new results are presented for applications involving the restoration of coherent signals and...
Our multifrequency reconstruction algorithm is based on a rigorous electromagnetic model for eddy-cu...
Progress on the POFFIS high frequency flow imaging method is described. Both theoretical and experim...
International audienceThe non-destructive evaluation of a defect affecting a metal half-space from t...
International audienceThe non-destructive evaluation of a defect affecting a metal half-space from t...
International audienceThe non-destructive evaluation of a defect affecting a metal half-space from t...
The aim of eddy current inversion is to reconstruct an unknown flaw from probe signals measured as a...
The problem of reconstructing an image from irregular samples of its 2-D DTFT arises in synthetic ap...
International audienceThis analysis of eddy current testing of defects in conductive materials is di...
In this paper the reconstruction of a two-dimensional image from a nonuniform sampling of its Fourie...
In this paper the reconstruction of a two-dimensional image from a nonuniform sampling of its Fourie...
In this paper we report the results of an experimental verification of our inversion algorithm in [1...
This paper introduces the Maximum Entropy method of resolving underdetermined objects (flaws or incl...
International audienceThis analysis of eddy current testing of defects in conductive materials is di...