Electromagnetic wave scattering from randomly rough surfaces in the presence of scatterers
is an active, interdisciplinary area of research with myriad practical applications in fields …

An efficient hybrid KA-EFIE formulation is deployed to analyze the electromagnetic (EM)
scattering from a 3-D perfectly electric conducting (PEC) object buried beneath a 2-D …

In this paper, a fast exact numerical method, based on the method of moments, is developed
to calculate the scattering by an object above a rough surface. N. Déchamps et al. have …

The extended propagation-inside-layer expansion (EPILE) combined with the generalized-
forward-backward method (GFBM) for the scattering from multiple targets and a rough …

In civil engineering, roadway structure evaluation is an important application which can be
carried out by ground penetrating radar. In this paper, firstly a signal model taking into …

The composite electromagnetic scattering from dielectric targets above and below the
dielectric rough surface using the method of moments (MOM) and the Extended Propagation …

This paper presents an efficient algorithm to analyze the electromagnetic scattering from a 3-
D object buried under a 2-D rough surface. The Poggio-Miller-Chang-Harrington-Wu-Tsai …

In this paper, a feature extraction technique based on the electromagnetic (EM)
representation of radar signals is presented. In particular, we focus on ground-penetrating …

A new hybrid numerical method is described for scattering from an electrically large perfectly-
conducting object with dihedral effects above a very long one-dimensional rough surface …

In this paper, time-domain physical optics (TDPO) method is extended to its iterative version
(TDIPO) to consider the coupling effects between two regions, and the latter is employed to …