An efficient approach is proposed to analyze the electromagnetic scattering from objects
above a 2-D perfectly electric conducting rough surface. A half-space Green's function with …

A nonlinear microwave tomography approach which suggests monitoring of differences
inside the breast with respect to a reference breast model that adequately represents the …

An analytical-numerical technique for the scattering problem of a plane wave by a cylinder
buried under a rough surface, based on the Cylindrical Wave Approach, is presented. The …

In this paper, a guaranteed-convergence method for the accurate and efficient analysis of
the electromagnetic scattering by an arbitrarily oriented zero-thickness perfectly electrically …

A two-step electromagnetic detection procedure is proposed to characterize a dielectric
obstacle buried at low depth under a rough surface from single-frequency and multistatic …

A new, simple and fast method is presented for determining the location and the shape of a
one-dimensional rough interface between two lossy dielectric half-spaces. The …

Large-scale, full-wave modeling of multistatic target imaging in a rough ground environment
is described. The emulation methodology employs a parallelized three-dimensional “near …

A fast, exact numerical method based on the method of moments (MM) is developed to
calculate the scattering from an object below a randomly rough surface. Déchamps et al.[J …

The pulsed scattering by buried perfectly conducting cylinders is solved with the cylindrical
wave approach. The source of the scattering problem is a wideband excitation from a plane …

We present a method to detect and locate dielectric objects buried under a rough surface.
The method is based on the determination of appearing surface impedance of the half …