International audienceDetecting and localizing precisely contrast in depth is the major challenge of reflectance Diffuse Optical Tomography. We present a dedicated time-resolved instrumentation and first experimental results using a Mellin-Laplace Transform based method
International audienceMulticomponent phantom measurements are carried out to evaluate the ability of...
International audienceIn order to increase sensitivity in the depth of di usive media and to separat...
International audienceWe present the first experimental results of reflectance Diffuse Optical Tomog...
International audienceWe show how to apply the Mellin-Laplace transform to process time-resolved ref...
Detecting and localizing precisely contrast in depth is the major challenge of reflectance Diffuse O...
International audienceIn this paper, we show how the Mellin-Laplace Transform helps to obtain robust...
International audienceWe demonstrate the loss of depth sensitivity induced by the instrument respons...
International audienceWe design a Time-Resolved (TR) instrumentation coupled with a reconstruction m...
International audienceWe investigate the use of the Mellin–Laplace transform for reconstructing opti...
International audienceSimulations and phantom measurements are used to evaluate the ability of time-...
La tomographie optique diffuse (TOD) est une technique d'imagerie médicale émergente utilisant la lu...
Diffuse optical tomography (DOT) is an emerging medical imaging technique using near-infrared light ...
In order to increase sensitivity in the depth of diffusive media and to separate chromophores with d...
The understanding of the interaction of light with a scattering/absorbing medium provides a foundati...
International audienceMulticomponent phantom measurements are carried out to evaluate the ability of...
International audienceIn order to increase sensitivity in the depth of di usive media and to separat...
International audienceWe present the first experimental results of reflectance Diffuse Optical Tomog...
International audienceWe show how to apply the Mellin-Laplace transform to process time-resolved ref...
Detecting and localizing precisely contrast in depth is the major challenge of reflectance Diffuse O...
International audienceIn this paper, we show how the Mellin-Laplace Transform helps to obtain robust...
International audienceWe demonstrate the loss of depth sensitivity induced by the instrument respons...
International audienceWe design a Time-Resolved (TR) instrumentation coupled with a reconstruction m...
International audienceWe investigate the use of the Mellin–Laplace transform for reconstructing opti...
International audienceSimulations and phantom measurements are used to evaluate the ability of time-...
La tomographie optique diffuse (TOD) est une technique d'imagerie médicale émergente utilisant la lu...
Diffuse optical tomography (DOT) is an emerging medical imaging technique using near-infrared light ...
In order to increase sensitivity in the depth of diffusive media and to separate chromophores with d...
The understanding of the interaction of light with a scattering/absorbing medium provides a foundati...
International audienceMulticomponent phantom measurements are carried out to evaluate the ability of...
International audienceIn order to increase sensitivity in the depth of di usive media and to separat...
International audienceWe present the first experimental results of reflectance Diffuse Optical Tomog...
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