Much progress has been made in the use of computational electromagnetics for the analysis
of electromagnetic compatibility (EMC) problems during recent years. This paper reviews the …

For practical use of microwave simulations in industry applications such as high frequency
product design, this paper presents a conceptual design of 3-D finite difference time domain …

As a portable high-performance computing technology for electromagnetic wave
simulations, several kinds of dedicated computers for the finite-difference time-domain …

An approach to dedicated computers is discussed in this study as a possibility for portable,
low-cost, and low-power consumption high-performance computing technologies …

To aim to achieve a high-performance computation for microwave simulations with low cost,
small size machine and low energy consumption, a method of the FDTD dedicated computer …

Understanding and predicting electromagnetic behavior is needed more and more in
modern technology. The Finite-Difference Time-Domain (FDTD) method is a powerful …

To achieve high-performance computing of a microwave simulation with small-size
hardware and low power consumption, the authors have been working on the development …

Recently, the use of graphics processing units as a means of achieving the hardware
acceleration of the finite-difference time-domain (FDTD) technique has attracted significant …

With the development of computer technologies in recent years, electromagnetic field
simulations have been widely adopted in industry, such as EMC analysis, shape …

本論文では, FDTD 法の FPGA 実装において, 時空間パイプラインという新しいハードウェア
アルゴリズムを提案する. 時空間パイプラインは, 複数の時間における電磁界値を同時に計算する …