Practical Implementation of a CPML Absorbing Boundary for GPU Accelerated FDTD Technique

The use of graphical processing units (GPU) has been recently documented for the implementation of the FDTD technique; however, little has been reported about the necessary additions to three dimensional FDTD codes to make the technique more useful for fast antenna analysis and design. This paper de...

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Published in:Applied Computational Electromagnetics Society journal 2008-03, Vol.23 (1), p.16
Main Authors: Inman, M J, Elsherbeni, A Z, Maloney, J G, Baker, B N
Format: Article
Language:English
Subjects:
Antenna design
Finite difference time domain method
Graphics processing units
Perfectly matched layers
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Elsherbeni, A Z
Maloney, J G
Baker, B N
description The use of graphical processing units (GPU) has been recently documented for the implementation of the FDTD technique; however, little has been reported about the necessary additions to three dimensional FDTD codes to make the technique more useful for fast antenna analysis and design. This paper details the addition of a convolutional perfectly matched layer absorbing boundary (CPML) to a three dimensional GPU accelerated FDTD code.
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subjects Antenna design
Finite difference time domain method
Graphics processing units
Perfectly matched layers
title Practical Implementation of a CPML Absorbing Boundary for GPU Accelerated FDTD Technique
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