Image denoising is an interesting inverse problem. By denoising we mean finding a clean image, given a noisy one. In this paper, we propose a novel image denoising technique based on the generalized k density model as an extension to the probabilistic framework for solving image denoising problem. The approach is based on using overcomplete basis dictionary for sparsely representing the image under interest. To learn the overcomplete basis, we used the generalized k density model based ICA. The learned dictionary used after that for denoising speech signals and other images. Experimental results confirm the effectiveness of the proposed method for image denoising. The comparison with other denoising methods is also made and it is shown that...
SGK (sequential generalization of K-means) dictionary learning denoising algorithm has the character...
We present a novel, probabilistic algorithm for image noise removal. We show that suitably constrain...
Sparse representations of images have revoked remarkable in-terest recently. The assumption that nat...
We proposed a new efficient image denoising scheme, which leads to four important contributions. The...
To remove more complex or unknown noise, we propose a new dictionary learning model by assuming nois...
Image denoising is a well explored topic in the field of image processing. In the past several decad...
Sparse coding is a challenging and promising theme in image denoising. Its main goal is to learn a s...
International audienceThe problem of removing white zero-mean Gaussian noise from an image is an int...
Existing image denoising frameworks via sparse representation using learned dictionaries have an wea...
International audienceIn recent years, overcomplete dictionaries combined with sparse learning techn...
International audienceOvercomplete representations are attracting interest in image processing theor...
International audienceMultiplicative noise removal is a challenging image processing problem, and mo...
The idea of learning overcomplete dictionaries based on the paradigm of compressive sensing has foun...
Denoising is often addressed via sparse coding with respect to an overcomplete dictionary. There are...
Over the last decade, a number of algorithms have shown promising results in removing additive white...
SGK (sequential generalization of K-means) dictionary learning denoising algorithm has the character...
We present a novel, probabilistic algorithm for image noise removal. We show that suitably constrain...
Sparse representations of images have revoked remarkable in-terest recently. The assumption that nat...
We proposed a new efficient image denoising scheme, which leads to four important contributions. The...
To remove more complex or unknown noise, we propose a new dictionary learning model by assuming nois...
Image denoising is a well explored topic in the field of image processing. In the past several decad...
Sparse coding is a challenging and promising theme in image denoising. Its main goal is to learn a s...
International audienceThe problem of removing white zero-mean Gaussian noise from an image is an int...
Existing image denoising frameworks via sparse representation using learned dictionaries have an wea...
International audienceIn recent years, overcomplete dictionaries combined with sparse learning techn...
International audienceOvercomplete representations are attracting interest in image processing theor...
International audienceMultiplicative noise removal is a challenging image processing problem, and mo...
The idea of learning overcomplete dictionaries based on the paradigm of compressive sensing has foun...
Denoising is often addressed via sparse coding with respect to an overcomplete dictionary. There are...
Over the last decade, a number of algorithms have shown promising results in removing additive white...
SGK (sequential generalization of K-means) dictionary learning denoising algorithm has the character...
We present a novel, probabilistic algorithm for image noise removal. We show that suitably constrain...
Sparse representations of images have revoked remarkable in-terest recently. The assumption that nat...