Add to ORKGThis paper is devoted to the reconstruction of the time and space-dependent coefficient in an infinite cylindrical hyperbolic domain. Using a local Carleman estimate we prove the uniqueness and a H\uf6lder stability in the determining of the conductivity by a single measurement on the lateral boundary. Our numerical examples show good reconstruction of the location and contrast of the conductivity function in three dimensions
International audienceWe consider the inverse problem of determining an electromagnetic potential ap...
We discuss the inverse problem of determining the, possibly anisotropic, conductivity of a body when...
We prove uniqueness of a discontinuous principal coefficient of a second-order parabolic equation ...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an infin...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an invers...
This paper is devoted to the reconstruction of the conductivity coefficient for a nonautonomous hype...
In this article, we investigate the determination of the spatial component in the time-dependent sec...
International audienceWe study uniqueness of the recovery of a time-dependent magnetic vector-valued...
A uniqueness result for the recovery of the electric and magnetic coefficients in the time-harmonic ...
In this article we consider the inverse conductivity problem with partial data. We prove that in dim...
We investigate uniqueness in the inverse problem of reconstructing simultaneously a spacewise conduc...
This book is a self-contained account of the method based on Carleman estimates for inverse problems...
We consider the inverse problem of reconstructing the conductivity function in a hyperbolic equation...
AbstractA uniqueness result for the recovery of the electric and magnetic coefficients in the time-h...
We consider an inverse problem of reconstructing the conductivity function in a hyperbolic equation ...
International audienceWe consider the inverse problem of determining an electromagnetic potential ap...
We discuss the inverse problem of determining the, possibly anisotropic, conductivity of a body when...
We prove uniqueness of a discontinuous principal coefficient of a second-order parabolic equation ...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an infin...
This paper is devoted to the reconstruction of the time and space-dependent coefficient in an invers...
This paper is devoted to the reconstruction of the conductivity coefficient for a nonautonomous hype...
In this article, we investigate the determination of the spatial component in the time-dependent sec...
International audienceWe study uniqueness of the recovery of a time-dependent magnetic vector-valued...
A uniqueness result for the recovery of the electric and magnetic coefficients in the time-harmonic ...
In this article we consider the inverse conductivity problem with partial data. We prove that in dim...
We investigate uniqueness in the inverse problem of reconstructing simultaneously a spacewise conduc...
This book is a self-contained account of the method based on Carleman estimates for inverse problems...
We consider the inverse problem of reconstructing the conductivity function in a hyperbolic equation...
AbstractA uniqueness result for the recovery of the electric and magnetic coefficients in the time-h...
We consider an inverse problem of reconstructing the conductivity function in a hyperbolic equation ...
International audienceWe consider the inverse problem of determining an electromagnetic potential ap...
We discuss the inverse problem of determining the, possibly anisotropic, conductivity of a body when...
We prove uniqueness of a discontinuous principal coefficient of a second-order parabolic equation ...