This article presents a full-wave method to characterize lossy conductors in an interconnect
setting. To this end, a novel and accurate differential surface admittance operator for cuboids …

Integral equation methods are extensively used for computational electromagnetism, and
can be applied to large problems when accelerated with fast multipole or fast Fourier …

Surface integral equation (SIE) methods are of great interest for the efficient electromagnetic
modeling of various devices, from integrated circuits to antenna arrays. Existing acceleration …

In this paper, the stabilized biconjugate gradient fast Fourier transform (BCGS-FFT) method
is used to solve the electromagnetic scattering problem for 3-D inhomogeneous uniaxial …

This communication studies 3-D electromagnetic (EM) scattering and inverse scattering of
arbitrary anisotropic dielectric objects embedded in multilayered media. Different from …

A more effective parallelization of the adaptive integral method (AIM) is proposed for solving
the 3-D volume electric field integral equation. The AIM computations are distributed among …

This work focuses on Green's functions (GFs) of planar multilayered structures that may
include an arbitrary number of conductive sheets. The spectral-domain GFs are derived …

An easy-to-implement iterative algorithm that enables efficient and scalable spectral
analysis of dense matrices is presented. The algorithm relies on the approximation of a …

A physics-based rank-revealing multilevel algorithm to more efficiently compute low-rank
(LR) approximations of the method of moments matrix blocks Zos is presented. Using …

A fast nested cross approximation (NCA) algorithm is developed in this paper for solving
large-scale electromagnetic problems. Different from the existing NCA, the proposed method …