Evaluating RCS of 3D Objects Using FV-FD Hybrid Algorithm and the Parallel Implementation

A FV-FD hybrid algorithm is proposed by presenting a novel connecting condition between the two algorithms which march in time in different schemes. The reflection error induced by the connecting boundary is analyzed. The RCS of a 3D PEC sphere is calculated as a numerical example, which shows that...

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Main Authors: Deng Cong, Yin Wen-lu, Chai Shun-lian, Mao Jun-jie, Wang De-ning
Format: Conference Proceeding
Language:English
Subjects:
Educational institutions
Electromagnetic scattering
Finite difference methods
flux-vector splitting method
FV-FD hybrid algorithm
Joining processes
Maxwell equations
OpenMp
Page description languages
Parallel programming
Programmable logic arrays
RCS
Reflection
Time domain analysis
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creator Deng Cong
Yin Wen-lu
Chai Shun-lian
Mao Jun-jie
Wang De-ning
description A FV-FD hybrid algorithm is proposed by presenting a novel connecting condition between the two algorithms which march in time in different schemes. The reflection error induced by the connecting boundary is analyzed. The RCS of a 3D PEC sphere is calculated as a numerical example, which shows that the hybrid algorithm has the advantages of higher accurate, reducing running time and saving computational memory. Then the shared-memory parallel programming is applied to the hybrid algorithm and a high parallel efficiency is achieved.
doi_str_mv 10.1109/CJMW.2008.4772413
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subjects Educational institutions
Electromagnetic scattering
Finite difference methods
flux-vector splitting method
FV-FD hybrid algorithm
Joining processes
Maxwell equations
OpenMp
Page description languages
Parallel programming
Programmable logic arrays
RCS
Reflection
Time domain analysis
title Evaluating RCS of 3D Objects Using FV-FD Hybrid Algorithm and the Parallel Implementation
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