Numerical methods are of great importance in the study of electromagnetic scattering from
random rough surfaces. This review provides an overview of rough surface scattering and …

An efficient marching-on-in-time (MOT) scheme is presented for solving electric, magnetic,
and combined field integral equations pertinent to the analysis of transient electromagnetic …

A novel fast electromagnetic field-circuit simulator that permits the full-wave modeling of
transients in nonlinear microwave circuits is proposed. This time-domain simulator is …

This article describes a volume adaptive integral method (VAIM) for electromagnetic
scattering from three-dimensional (3-D) inhomogeneous objects. By projecting the unknown …

A hybrid message passing and shared memory parallelization technique is presented for
improving the scalability of the adaptive integral method (AIM), an FFT based algorithm, on …

A fast integral equation algorithm is used for an efficient evaluation of the boundary integral
(BI) termination in hybrid finite element (FE)/BI methods, as applied to three-dimensional …

This Letter presents a fast solution to the electric‐field integral equation (EFIE) for large,
three‐dimensional, arbitrarily shaped objects. The EFIE is discretized by the method of …

In this paper, a novel fast, high-order solution procedure referred to as the quadrature
sampled pre-corrected fast-Fourier transform (QS-PCFFT) is presented. The method …

The adaptive integral method (AIM) is applied to accelerate the boundary integral (BI)
portion of a hybrid finite element BI approach for the electromagnetic analysis of three …

The analysis of penetrable structures has traditionally been carried out using partial
differential equation methods due to the large computation time and memory requirements …