AbstractThe problem considered here is that of simultaneously reconstructing spatially dependent velocity and dissipation profiles for a one-dimensional medium using a finite time trace of normal incidence reflection data measured on one side of the medium. It is shown that if the sup norm of the reflection data is bounded in a particular way, then this inverse problem is guaranteed to have a solution. A numerical algorithm which is based on this existence proof is used to illustrate the reconstruction process
summary:In this paper, we consider a two-dimensional inverse medium problem from noisy observation d...
This paper analyzes the nonlinear correspondence between the re-flectivity profile (model) and the p...
summary:In this paper, we consider a two-dimensional inverse medium problem from noisy observation d...
This paper presents a time-domain technique to compute the electromagnetic fields and to reconstruct...
AbstractIn this paper we consider the inverse problem of recovering the viscosity coefficient in a d...
In this thesis we derive and give methods to solve the Dynamical Inverse Problem and the Spectral In...
In this thesis we derive and give methods to solve the Dynamical Inverse Problem and the Spectral In...
Abstract. — In this paper we consider the inverse problem of recovering the viscosity coefficient in...
Inverse problems are considered for the linear one-way wave equation or transport equation. In parti...
The paper deals with an inverse model problem in linear kinetic theory: the identification of a dens...
This work addresses two time domain electromagnetic direct and inverse scattering problems for absor...
This paper is concerned with the permittivity reconstruction of inhomogeneous dielectric media. The ...
This work addresses two time domain electromagnetic direct and inverse scattering problems for absor...
This paper is concerned with the permittivity reconstruction of inhomogeneous dielectric media. The ...
This work addresses two time domain electromagnetic direct and inverse scattering problems for absor...
summary:In this paper, we consider a two-dimensional inverse medium problem from noisy observation d...
This paper analyzes the nonlinear correspondence between the re-flectivity profile (model) and the p...
summary:In this paper, we consider a two-dimensional inverse medium problem from noisy observation d...
This paper presents a time-domain technique to compute the electromagnetic fields and to reconstruct...
AbstractIn this paper we consider the inverse problem of recovering the viscosity coefficient in a d...
In this thesis we derive and give methods to solve the Dynamical Inverse Problem and the Spectral In...
In this thesis we derive and give methods to solve the Dynamical Inverse Problem and the Spectral In...
Abstract. — In this paper we consider the inverse problem of recovering the viscosity coefficient in...
Inverse problems are considered for the linear one-way wave equation or transport equation. In parti...
The paper deals with an inverse model problem in linear kinetic theory: the identification of a dens...
This work addresses two time domain electromagnetic direct and inverse scattering problems for absor...
This paper is concerned with the permittivity reconstruction of inhomogeneous dielectric media. The ...
This work addresses two time domain electromagnetic direct and inverse scattering problems for absor...
This paper is concerned with the permittivity reconstruction of inhomogeneous dielectric media. The ...
This work addresses two time domain electromagnetic direct and inverse scattering problems for absor...
summary:In this paper, we consider a two-dimensional inverse medium problem from noisy observation d...
This paper analyzes the nonlinear correspondence between the re-flectivity profile (model) and the p...
summary:In this paper, we consider a two-dimensional inverse medium problem from noisy observation d...