Summary. In the study of stationary processes on the real line, the spectral den-sity function is a parameter of considerable interest. In this paper, we consider a new estimator of the spectral density function obtained by a regularized inversion of estimated covariances. In particular, the data are not required to be observed on a grid and the estimator is not based on the periodogram. For data that are observed on a grid, the estimator is derived in closed from, and the mean squared error of the estimator can be computed. A numerical study is also included to illustrate the methodology. Running title: Spectrum estimation through a regularized inverse proble
In this paper we consider the problem of learning from data the support of a probability distributio...
Abstract The spectral estimation of unevenly sampled data has been widely investigated in astronomic...
In this paper we consider the problem of learning from data the support of a prob-ability distributi...
International audienceFormulated as a linear inverse problem, spectral estimation is particularly un...
The density function of the limiting spectral distribution of general sample covariance matrices is ...
We propose a semiparametric method to estimate spectral densities of isotropic Gaussian processes wi...
When we analyze a stationary time series, one of the questions we often meet is how to estimate its ...
When we analyze a stationary time series, one of the questions we often meet is how to estimate its ...
We propose a new estimator for the density of a random variable observed with an additive measuremen...
In this thesis, we study the problem of recovering signals, in particular images, that approximately...
We adress the problem of the estimation of spectral lines from irregularly sampled time series. As a...
edges nancial support from the National Science Foundation, grant # SES-0211418. Inverse problems ca...
Abstract. During the past the convergence analysis for linear statistical inverse problems has mainl...
General principles for solving ill-posed inverse problems in applied spectroscopy were considered an...
In this paper we consider the problem of learning from data the support of a probability distributio...
In this paper we consider the problem of learning from data the support of a probability distributio...
Abstract The spectral estimation of unevenly sampled data has been widely investigated in astronomic...
In this paper we consider the problem of learning from data the support of a prob-ability distributi...
International audienceFormulated as a linear inverse problem, spectral estimation is particularly un...
The density function of the limiting spectral distribution of general sample covariance matrices is ...
We propose a semiparametric method to estimate spectral densities of isotropic Gaussian processes wi...
When we analyze a stationary time series, one of the questions we often meet is how to estimate its ...
When we analyze a stationary time series, one of the questions we often meet is how to estimate its ...
We propose a new estimator for the density of a random variable observed with an additive measuremen...
In this thesis, we study the problem of recovering signals, in particular images, that approximately...
We adress the problem of the estimation of spectral lines from irregularly sampled time series. As a...
edges nancial support from the National Science Foundation, grant # SES-0211418. Inverse problems ca...
Abstract. During the past the convergence analysis for linear statistical inverse problems has mainl...
General principles for solving ill-posed inverse problems in applied spectroscopy were considered an...
In this paper we consider the problem of learning from data the support of a probability distributio...
In this paper we consider the problem of learning from data the support of a probability distributio...
Abstract The spectral estimation of unevenly sampled data has been widely investigated in astronomic...
In this paper we consider the problem of learning from data the support of a prob-ability distributi...