Presents an algorithm for reconstructing the density of Green's simple boundary layer and a system of such layers with the aid of contours enveloping the anomaly sources. The solution of the problem is based on the linear regularization method using Nash points. The boundary densities of the density intromogeneity region are transformed by way of mass concentration. The results of model simulation by computer programs are discussed. -from Journal summar
International audienceIn this paper, we investigate a technique inspired by Ripley’s circumference m...
Methods for calculating the distribution of absorption densities in a cross section through an obj...
A new, implicit method is suggested for density estimation in inverse problems, where data are drawn...
Presents an algorithm for reconstructing the density of Green's simple boundary layer and a system o...
When investigating the statistical characteristics of a field formed by locally inhomogeneous region...
This is the first book to provide a systematic exposition of promising techniques for the reconstruc...
International audienceThe reconstruction of the complex permittivity profile of inhomogeneous object...
AbstractIn this work we consider the problem of reconstruction of unknown density based on a given s...
We propose a new method of boundary correction for kernel density estimation. The technique is a kin...
We propose a nonparametric method for density estimation over (possibly complicated) spatial domains...
<p><strong>Slides for the oral presentation "Apparent-density mapping using entropic regularization"...
A physically motivated method for surface reconstruction is proposed that can recover smooth surface...
A physically motivated method for surface reconstruction is proposed that can recover smooth surface...
This paper describes a method to obtain a closed surface that approximates a general 3D data point s...
[Abridged] We present a novel technique, dubbed FiEstAS, to estimate the underlying density field fr...
International audienceIn this paper, we investigate a technique inspired by Ripley’s circumference m...
Methods for calculating the distribution of absorption densities in a cross section through an obj...
A new, implicit method is suggested for density estimation in inverse problems, where data are drawn...
Presents an algorithm for reconstructing the density of Green's simple boundary layer and a system o...
When investigating the statistical characteristics of a field formed by locally inhomogeneous region...
This is the first book to provide a systematic exposition of promising techniques for the reconstruc...
International audienceThe reconstruction of the complex permittivity profile of inhomogeneous object...
AbstractIn this work we consider the problem of reconstruction of unknown density based on a given s...
We propose a new method of boundary correction for kernel density estimation. The technique is a kin...
We propose a nonparametric method for density estimation over (possibly complicated) spatial domains...
<p><strong>Slides for the oral presentation "Apparent-density mapping using entropic regularization"...
A physically motivated method for surface reconstruction is proposed that can recover smooth surface...
A physically motivated method for surface reconstruction is proposed that can recover smooth surface...
This paper describes a method to obtain a closed surface that approximates a general 3D data point s...
[Abridged] We present a novel technique, dubbed FiEstAS, to estimate the underlying density field fr...
International audienceIn this paper, we investigate a technique inspired by Ripley’s circumference m...
Methods for calculating the distribution of absorption densities in a cross section through an obj...
A new, implicit method is suggested for density estimation in inverse problems, where data are drawn...