International audienceA framework and an algorithm are presented in order to remove stationary noise from images. This algorithm is called VSNR (Variational Stationary Noise Remover). It can be interpreted both as a restoration method in a Bayesian framework and as a cartoon+texture decomposition method. In numerous denoising applications the white noise assumption fails: structured patterns (e.g. stripes) appear in the images. The model described here addresses these cases. Applications are presented with images acquired using different modalities: scan- ning electron microscope, FIB-nanotomography, and an emerging fluorescence microscopy technique called SPIM (Selective Plane Illumination Microscope)
We propose a novel variational framework for image restoration based on the assumption that noise is...
Variational mode decomposition (VMD) is a new adaptive multi-resolution technique suitable for signa...
A digital image can be created by different digital devices, such as digital cameras, X-ray scanners...
International audienceA framework and an algorithm are presented in order to remove stationary noise...
International audienceAdditive or multiplicative stationary noise recently became an important issue...
We consider the problem of restoring images impaired by noise that is simultaneaously st...
International audienceWe propose a statistical framework for noise variance estimation in the case o...
Super-resolution structured illumination microscopy (SIM) has become a widely used method for biolog...
For more details on the code, please refer to the ReadMe file. Here you will find the description of...
We present a denoising method aimed at restoring images corrupted by additive noise based on the as...
In this paper, we focus on a globally variational method to restore noisy images corrupted by multip...
Morphological openings and closings are useful for the smoothing of grayscale images. However, their...
The point spread function (PSF) is of central importance in the image restoration of three-dimension...
International audienceIn this paper, we focus on a globally variational method to restore noisy imag...
International audienceWe present a nonparametric regression method for denoising 3-D image sequences...
We propose a novel variational framework for image restoration based on the assumption that noise is...
Variational mode decomposition (VMD) is a new adaptive multi-resolution technique suitable for signa...
A digital image can be created by different digital devices, such as digital cameras, X-ray scanners...
International audienceA framework and an algorithm are presented in order to remove stationary noise...
International audienceAdditive or multiplicative stationary noise recently became an important issue...
We consider the problem of restoring images impaired by noise that is simultaneaously st...
International audienceWe propose a statistical framework for noise variance estimation in the case o...
Super-resolution structured illumination microscopy (SIM) has become a widely used method for biolog...
For more details on the code, please refer to the ReadMe file. Here you will find the description of...
We present a denoising method aimed at restoring images corrupted by additive noise based on the as...
In this paper, we focus on a globally variational method to restore noisy images corrupted by multip...
Morphological openings and closings are useful for the smoothing of grayscale images. However, their...
The point spread function (PSF) is of central importance in the image restoration of three-dimension...
International audienceIn this paper, we focus on a globally variational method to restore noisy imag...
International audienceWe present a nonparametric regression method for denoising 3-D image sequences...
We propose a novel variational framework for image restoration based on the assumption that noise is...
Variational mode decomposition (VMD) is a new adaptive multi-resolution technique suitable for signa...
A digital image can be created by different digital devices, such as digital cameras, X-ray scanners...