AbstractGeneralization of the maximum entropy method (MEM) for the reconstruction of sign-altering functions from two-dimensional tomographic measurement data is developed. Three-dimensional algorithms for parallel beam geometry are considered. Results of numerical simulations for composite model are presented
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
AbstractGeneralization of the maximum entropy method (MEM) for the reconstruction of sign-altering f...
The Maximum Entropy criterion can be utilised for tomographic reconstruction of two-dimensional dist...
An alternative motivation for the maximum entropy method (MEM) is given and its practical implementa...
The maximum-entropy method (MEM) has been applied for the deconvolution of the point-spread function...
The maximum entropy method combined with a smoothing restriction was applied to the tomography of a ...
We have recently drawn the attention of crystallographers to the maximum entropy method (MEM) of ima...
We have recently drawn the attention of crystallographers to the maximum entropy method (MEM) of ima...
Medical radiography is a process by which the internal structures of the human body are imaged using...
In most applications of optical computed tomography (OpCT), limited-view problems are often encounte...
Optical Computed Tomography is a useful tool for plasma diagnostics. But in plasma physics, viewing ...
The maximum entropy method has been shown to be the only regularisation method which does not introd...
A generalized maximum determinant rule is shown to be equivalent to maximizing the integral, of the ...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
AbstractGeneralization of the maximum entropy method (MEM) for the reconstruction of sign-altering f...
The Maximum Entropy criterion can be utilised for tomographic reconstruction of two-dimensional dist...
An alternative motivation for the maximum entropy method (MEM) is given and its practical implementa...
The maximum-entropy method (MEM) has been applied for the deconvolution of the point-spread function...
The maximum entropy method combined with a smoothing restriction was applied to the tomography of a ...
We have recently drawn the attention of crystallographers to the maximum entropy method (MEM) of ima...
We have recently drawn the attention of crystallographers to the maximum entropy method (MEM) of ima...
Medical radiography is a process by which the internal structures of the human body are imaged using...
In most applications of optical computed tomography (OpCT), limited-view problems are often encounte...
Optical Computed Tomography is a useful tool for plasma diagnostics. But in plasma physics, viewing ...
The maximum entropy method has been shown to be the only regularisation method which does not introd...
A generalized maximum determinant rule is shown to be equivalent to maximizing the integral, of the ...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
The deconvolution procedure based on the maximum-entropy method is applied to improve both resolutio...
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