The application of multiscale and stochastic techniques to the solution of a linearized
inverse scattering problem is presented. This approach allows for the explicit and easy …

The application of a multiscale strategy integrated with a stochastic technique to the solution
of nonlinear inverse scattering problems is presented. The approach allows the explicit and …

In this paper we explore the utility of multiscale and statistical techniques for detecting and
characterizing the structure of localized anomalies in a medium based upon observations of …

In this paper, we present an approach to the nonlinear inverse scattering problem using the
extended Born approximation (EBA) on the basis of methods from the fields of multiscale …

An iterative approach to full vector three-dimensional inverse scattering problems, where the
unknown objects can have conductivity, permittivity and permeability different from the …

The application of multiscale and stochastic techniques to the solution of linear inverse
problems is presented. This approach allows for explicit and easy handling of a variety of …

A nonlinear estimation approach to solving the inverse scattering problem, and
reconstructing the space-varying complex permittivity of unknown objects is considered. The …

The authors discuss two techniques for solving two-dimensional (2D) inverse scattering
problems by parameterizing the scattering configuration, and determining the optimum value …

Electrode logging as known in the oil industry is a method for determining the electrical
conductivity distribution around a borehole or between two boreholes from the static field …

A modified iterative Born method is applied for three-dimensional inversion of a lossless
dielectric target embedded in a lossy half-space. The forward solver employs a modified …