Rachid Sabre | CNRS Université de Bourgogne (original) (raw)
Papers by Rachid Sabre
HAL (Le Centre pour la Communication Scientifique Directe), 2012
International audienc
Signal Image Processing and Multimedia
The estimation of the spectral density of stable p-adic signals is already done. Such estimation ... more The estimation of the spectral density of stable p-adic signals is already done. Such estimation is based on smoothing the periodogram by using a spectral window. The convergence rate of this estimator depends on bandwidth of spectral window (called the smoothing parameter). The aim of this work is to give a technique for selecting the optimal parameter, i.e. the parameter that achieves the estimation with the best convergence rate. For that purpose, we were inspired by the cross-validation method of finding the optimal parameter. This method minimizes the integrated square error estimate.
International Journal of Signal Processing Systems
Journal of Physics: Conference Series, 2016
Techniques De L Ingenieur Agroalimentaire, 2006
Techniques De L Ingenieur Agroalimentaire, 2007
Comptes Rendus De L Academie Des Sciences Serie 1 Mathematique, 1994
Aircc Publishing Corporation, 2020
This article gives a new method of fusing multifocal images combining the Laplacian pyramid and t... more This article gives a new method of fusing multifocal images combining the Laplacian pyramid and the wavelet decomposition using the stable distance alpha as a selection rule. We start by decomposing multifocal images into several pyramid levels, then applying the wavelet decomposition to each level. the originality of this work is to use the stable distance alpha to fuse the wavelet images at each level of the Pyramid. To obtain the final fused image, we reconstructed the combined image at each level of the pyramid. We compare our method to other existing methods in the literature and we deduce that it is almost better
Stochastic processes and their applications, 1984
... FOR STATIONARY STABLE PROCESSES Elias MASRY* Department of Electrical Engineering and Compute... more ... FOR STATIONARY STABLE PROCESSES Elias MASRY* Department of Electrical Engineering and Computer Science, University of California, San Diego, La Jolla, CA 92093. USA Stamatis CAMBANIS** Department of Statistics, University of 1Vorth Carolina, Chapel Hill, NC ...
Statistics Probability Letters, Apr 1, 2000
We propose two estimates of the mode of the probability density function for nonparametric deconv... more We propose two estimates of the mode of the probability density function for nonparametric deconvolution problems. In fact, we observe Y = X + , where is a measurement error with a known distribution f , and we are interesting by estimating the mode of fX the unknown probability density function of X , where Y1; : : : ; Yn are n i.i.d given observations of Y . We study the asymptotic properties of these mode estimates and the asymptotic normality of the two mode estimates is also given.
Lecture Notes in Computer Science, 2012
GLOBECOM '03. IEEE Global Telecommunications Conference (IEEE Cat. No.03CH37489), 2003
In this work we give a statistical model of the paths' arrival time in the 60GHz wide band channe... more In this work we give a statistical model of the paths' arrival time in the 60GHz wide band channel. This model is based on the class of stable distributions, we show its accurateness on modeling real data. We also give a theoretical justification of its compatibility.
Statistics & Probability Letters, 2000
We propose two estimates of the mode of the probability density function for nonparametric deconv... more We propose two estimates of the mode of the probability density function for nonparametric deconvolution problems. In fact, we observe Y = X + , where is a measurement error with a known distribution f , and we are interesting by estimating the mode of fX the unknown probability density function of X , where Y1; : : : ; Yn are n i.i.d given observations of Y . We study the asymptotic properties of these mode estimates and the asymptotic normality of the two mode estimates is also given.
HAL (Le Centre pour la Communication Scientifique Directe), 2012
International audienc
Signal Image Processing and Multimedia
The estimation of the spectral density of stable p-adic signals is already done. Such estimation ... more The estimation of the spectral density of stable p-adic signals is already done. Such estimation is based on smoothing the periodogram by using a spectral window. The convergence rate of this estimator depends on bandwidth of spectral window (called the smoothing parameter). The aim of this work is to give a technique for selecting the optimal parameter, i.e. the parameter that achieves the estimation with the best convergence rate. For that purpose, we were inspired by the cross-validation method of finding the optimal parameter. This method minimizes the integrated square error estimate.
International Journal of Signal Processing Systems
Journal of Physics: Conference Series, 2016
Techniques De L Ingenieur Agroalimentaire, 2006
Techniques De L Ingenieur Agroalimentaire, 2007
Comptes Rendus De L Academie Des Sciences Serie 1 Mathematique, 1994
Aircc Publishing Corporation, 2020
This article gives a new method of fusing multifocal images combining the Laplacian pyramid and t... more This article gives a new method of fusing multifocal images combining the Laplacian pyramid and the wavelet decomposition using the stable distance alpha as a selection rule. We start by decomposing multifocal images into several pyramid levels, then applying the wavelet decomposition to each level. the originality of this work is to use the stable distance alpha to fuse the wavelet images at each level of the Pyramid. To obtain the final fused image, we reconstructed the combined image at each level of the pyramid. We compare our method to other existing methods in the literature and we deduce that it is almost better
Stochastic processes and their applications, 1984
... FOR STATIONARY STABLE PROCESSES Elias MASRY* Department of Electrical Engineering and Compute... more ... FOR STATIONARY STABLE PROCESSES Elias MASRY* Department of Electrical Engineering and Computer Science, University of California, San Diego, La Jolla, CA 92093. USA Stamatis CAMBANIS** Department of Statistics, University of 1Vorth Carolina, Chapel Hill, NC ...
Statistics Probability Letters, Apr 1, 2000
We propose two estimates of the mode of the probability density function for nonparametric deconv... more We propose two estimates of the mode of the probability density function for nonparametric deconvolution problems. In fact, we observe Y = X + , where is a measurement error with a known distribution f , and we are interesting by estimating the mode of fX the unknown probability density function of X , where Y1; : : : ; Yn are n i.i.d given observations of Y . We study the asymptotic properties of these mode estimates and the asymptotic normality of the two mode estimates is also given.
Lecture Notes in Computer Science, 2012
GLOBECOM '03. IEEE Global Telecommunications Conference (IEEE Cat. No.03CH37489), 2003
In this work we give a statistical model of the paths' arrival time in the 60GHz wide band channe... more In this work we give a statistical model of the paths' arrival time in the 60GHz wide band channel. This model is based on the class of stable distributions, we show its accurateness on modeling real data. We also give a theoretical justification of its compatibility.
Statistics & Probability Letters, 2000
We propose two estimates of the mode of the probability density function for nonparametric deconv... more We propose two estimates of the mode of the probability density function for nonparametric deconvolution problems. In fact, we observe Y = X + , where is a measurement error with a known distribution f , and we are interesting by estimating the mode of fX the unknown probability density function of X , where Y1; : : : ; Yn are n i.i.d given observations of Y . We study the asymptotic properties of these mode estimates and the asymptotic normality of the two mode estimates is also given.