The paper is concerned with the uniqueness of the Maximum a Posteriori estimate for restoration problems of data corrupted by Poisson noise, when we have to minimize a combination of the generalized Kullback-Leibler divergence and a regularization penalty function. The aim of this paper is to prove the uniqueness result for 2D and 3D problems for several penalty functions, such as an edge preserving functional, a simple case of the class of Markov Random Field (MRF) regularization functionals and the classical Tikhonov regularization
The problem of restoring images corrupted by Poisson noise is common in many application fields and,...
International audienceThe Poisson-Gaussian model can accurately describe the noise present in a num...
Variational models are a valid tool for edge–preserving image restoration from data affected by Pois...
The paper is concerned with the uniqueness of the Maximum a Posteriori estimate for restoration prob...
In many imaging applications the image intensity is measured by counting incident particles and, con...
Abstract We consider the problem of restoring images corrupted by Poisson noise. Under the framework...
This work deals with the solution of image restoration problems by an iterative regularization metho...
This work deals with the solution of image restoration problems by an iterative regularization metho...
In this paper, we investigate an approximate model for Poisson data reconstruction inspired by a dis...
International audienceWe study the properties of a regularization method for inverse problems corrup...
In applications of imaging science, such as emissiontomography, fluorescence microscopy and optical/...
Abstract—Poisson inverse problems arise in many modern imaging applications, including biomedical an...
Variational models are a valid tool for edge-preserving image restoration from data affected by Pois...
We propose a method, called ACQUIRE, for the solution of constrained optimization problems modeling ...
electronic version (5 pp.)International audienceDuring the last five years, several convex optimizat...
The problem of restoring images corrupted by Poisson noise is common in many application fields and,...
International audienceThe Poisson-Gaussian model can accurately describe the noise present in a num...
Variational models are a valid tool for edge–preserving image restoration from data affected by Pois...
The paper is concerned with the uniqueness of the Maximum a Posteriori estimate for restoration prob...
In many imaging applications the image intensity is measured by counting incident particles and, con...
Abstract We consider the problem of restoring images corrupted by Poisson noise. Under the framework...
This work deals with the solution of image restoration problems by an iterative regularization metho...
This work deals with the solution of image restoration problems by an iterative regularization metho...
In this paper, we investigate an approximate model for Poisson data reconstruction inspired by a dis...
International audienceWe study the properties of a regularization method for inverse problems corrup...
In applications of imaging science, such as emissiontomography, fluorescence microscopy and optical/...
Abstract—Poisson inverse problems arise in many modern imaging applications, including biomedical an...
Variational models are a valid tool for edge-preserving image restoration from data affected by Pois...
We propose a method, called ACQUIRE, for the solution of constrained optimization problems modeling ...
electronic version (5 pp.)International audienceDuring the last five years, several convex optimizat...
The problem of restoring images corrupted by Poisson noise is common in many application fields and,...
International audienceThe Poisson-Gaussian model can accurately describe the noise present in a num...
Variational models are a valid tool for edge–preserving image restoration from data affected by Pois...