This paper is devoted to the reconstruction of the conductivity coefficient for a nonautonomous hyperbolic operator an infinite cylindrical domain. Applying a local Carleman estimate, we prove the uniqueness and a H\uf6lder stability in the determination of the conductivity using a single measurement data on the lateral boundary. Our numerical examples show good reconstruction of the location and contrast of the conductivity function in 3 dimensions
We consider the problem of imaging the conductivity from knowledge of one current and corresponding ...
We discuss the inverse problem of determining the, possibly anisotropic, conductivity of a body when...
We consider a three-dimensional conductor containing an inclusion that can be represented as a cylin...
This paper is devoted to the reconstruction of the conductivity coefficient for a nonautonomous hype...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an infini...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an invers...
We consider the inverse problem of reconstructing the conductivity function in a hyperbolic equation...
Abstract. An analytic method for using boundary measurements to recover the conductivity of a circul...
We consider an inverse problem of reconstructing the conductivity function in a hyperbolic equation ...
In this paper we study existence, uniqueness and solution estimates to the mixed problem r \Delta oe...
In this article we consider the inverse conductivity problem with partial data. We prove that in dim...
We prove uniqueness of a discontinuous principal coefficient of a second-order parabolic equation ...
The aim of hybrid inverse problems such as Acousto-Electric Tomography or Current Density Imaging is...
We consider the inverse conductivity problem of how to reconstruct an isotropic electric conductivit...
International audienceWe consider the inverse problem of determining an electromagnetic potential ap...
We consider the problem of imaging the conductivity from knowledge of one current and corresponding ...
We discuss the inverse problem of determining the, possibly anisotropic, conductivity of a body when...
We consider a three-dimensional conductor containing an inclusion that can be represented as a cylin...
This paper is devoted to the reconstruction of the conductivity coefficient for a nonautonomous hype...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an infini...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an invers...
We consider the inverse problem of reconstructing the conductivity function in a hyperbolic equation...
Abstract. An analytic method for using boundary measurements to recover the conductivity of a circul...
We consider an inverse problem of reconstructing the conductivity function in a hyperbolic equation ...
In this paper we study existence, uniqueness and solution estimates to the mixed problem r \Delta oe...
In this article we consider the inverse conductivity problem with partial data. We prove that in dim...
We prove uniqueness of a discontinuous principal coefficient of a second-order parabolic equation ...
The aim of hybrid inverse problems such as Acousto-Electric Tomography or Current Density Imaging is...
We consider the inverse conductivity problem of how to reconstruct an isotropic electric conductivit...
International audienceWe consider the inverse problem of determining an electromagnetic potential ap...
We consider the problem of imaging the conductivity from knowledge of one current and corresponding ...
We discuss the inverse problem of determining the, possibly anisotropic, conductivity of a body when...
We consider a three-dimensional conductor containing an inclusion that can be represented as a cylin...