It was recently shown that the structure of a weakly scattering object may be reconstructed from intensity measurements made in a half-space beyond the scatterer. We review these results and show how they may be extended to more complicated situations, and illustrate them by examples. © 2003 Elsevier Inc. All rights reserved
9siApplying iterative phase retrieval schemes to ptychographic data, i.e. diffraction patterns colle...
The conventional tomographic methods are mainly applied to reconstruct objects that can be treated a...
We propose a new method for determining structures of semitransparent media from measurements of the...
International audienceIn this paper, we study the mathematical imaging problem of diffraction tomogr...
It is demonstrated that the usual theorem of diffraction tomography may, in many cases, be replaced ...
In the field of ultrasound diffraction tomography, a cross section of a weakly scattering object is ...
International audienceTaking benefit from recent advances in both phase retrieval and estimation of ...
We develop iterative diffraction tomography algorithms, which are similar to the distorted Born algo...
It is demonstrated that an object distribution can be successfully retrieved from its diffraction pa...
Our recent inverse scattering work has been to derive inverse scattering theory and algorithms that ...
Diffraction tomography is a powerful algorithm for producing high-resolution quantitative reconstruc...
The theory of diffraction tomography for two-dimensional objects within the Born approximation is pr...
In optical diffraction tomography, the multiply scattered field is a nonlinear function of the refra...
Feature Issue: Inverse Problems in Propagation and ScatteringInternational audienceAn ultrasonics di...
Invited paper; it was selected in 2010 as the 1988 contribution of the 25th Year Anniversary Collect...
9siApplying iterative phase retrieval schemes to ptychographic data, i.e. diffraction patterns colle...
The conventional tomographic methods are mainly applied to reconstruct objects that can be treated a...
We propose a new method for determining structures of semitransparent media from measurements of the...
International audienceIn this paper, we study the mathematical imaging problem of diffraction tomogr...
It is demonstrated that the usual theorem of diffraction tomography may, in many cases, be replaced ...
In the field of ultrasound diffraction tomography, a cross section of a weakly scattering object is ...
International audienceTaking benefit from recent advances in both phase retrieval and estimation of ...
We develop iterative diffraction tomography algorithms, which are similar to the distorted Born algo...
It is demonstrated that an object distribution can be successfully retrieved from its diffraction pa...
Our recent inverse scattering work has been to derive inverse scattering theory and algorithms that ...
Diffraction tomography is a powerful algorithm for producing high-resolution quantitative reconstruc...
The theory of diffraction tomography for two-dimensional objects within the Born approximation is pr...
In optical diffraction tomography, the multiply scattered field is a nonlinear function of the refra...
Feature Issue: Inverse Problems in Propagation and ScatteringInternational audienceAn ultrasonics di...
Invited paper; it was selected in 2010 as the 1988 contribution of the 25th Year Anniversary Collect...
9siApplying iterative phase retrieval schemes to ptychographic data, i.e. diffraction patterns colle...
The conventional tomographic methods are mainly applied to reconstruct objects that can be treated a...
We propose a new method for determining structures of semitransparent media from measurements of the...
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