With the increase in the scale of cloud data centers, more attention is being focused on the
issue of energy conservation. In order to achieve greener, more efficient computing in cloud …

We present an integral equation domain decomposition method accelerated by a novel
multiple-grid precorrected fast Fourier transform (MG-p-FFT) for the efficient analysis of …

Purpose The purpose of this paper is to introduce a new method called simultaneous
elimination and back-substitution method (SEBSM) to solve a system of linear equations as …

Design of vertical takeoff and landing aircraft is challenging in part due to significant
aerodynamic interactions between rotors and wings. Computational models can aid in their …

The hybrid solvers based on integral equation domain decomposition method (HS‐DDM)
are developed for modeling of electromagnetic radiation. Based on the philosophy of “divide …

Abstract Design of vertical takeoff and landing aircraft is challenging in part due to significant
aerodynamic interactions between rotors and wings. Computational models can aid in their …

In this paper, an iterative approach based on the domain decomposition method is proposed
to accurately and efficiently solve the electromagnetic scattering problems, which is based …

To solve electrically large scattering problems with limited memory, a Gauss-Seidel iteration
scheme is applied to solve the interior penalty integral equation domain decomposition …

In an effort to improve the energy efficiency of cloud data centers, in this paper, we propose
a clustered Virtual Machine (VM) allocation strategy based on an N-threshold sleep-mode in …