High Efficiency Iterative Solver for Modeling Composite Rough Surface Electromagnetic Scattering

This article proposes a hybrid iterative solver for modeling composite rough surface electromagnetic scattering. First, a kind of divisional rough surface with the shape of a round water zone embedded in a larger land rough surface is modeled, in which the former is built by Pierson-Moscowitz spectr...

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Published inElectromagnetics Vol. 37; no. 2; pp. 113 - 126
Main Authors Sun, Hua Long, Tong, Chuang Ming, Zou, Gao Xiang
Format Journal Article
LanguageEnglish
Published Philadelphia Taylor & Francis 17.02.2017
Taylor & Francis Ltd
Subjects
Composite rough surface
Computation
Efficiency
Electromagnetic scattering
Electromagnetics
fast multipole method-based algorithms
forward-backward iterative physical optics
Iterative methods
message passing interface-based parallelization
Modelling
Optics
relax factor
Scattering
Solvers
Strategy
Online AccessGet full text
ISSN0272-6343
1532-527X
DOI10.1080/02726343.2017.1279113

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Abstract This article proposes a hybrid iterative solver for modeling composite rough surface electromagnetic scattering. First, a kind of divisional rough surface with the shape of a round water zone embedded in a larger land rough surface is modeled, in which the former is built by Pierson-Moscowitz spectrum; the latter is by Gauss spectrum. Second, aiming at fast computing scattering from this kind of composite rough surface with large scale and fast waving, a hybrid iterative solver is based on forward-backward iterative physical optics with several acceleration strategies, as well as impedance boundary condition. Finally, numerical results show that this hybrid iterative solver can satisfy the requirement for high efficiency, reliable precision in computing scattering from large scale composite rough surface.
AbstractList This article proposes a hybrid iterative solver for modeling composite rough surface electromagnetic scattering. First, a kind of divisional rough surface with the shape of a round water zone embedded in a larger land rough surface is modeled, in which the former is built by Pierson-Moscowitz spectrum; the latter is by Gauss spectrum. Second, aiming at fast computing scattering from this kind of composite rough surface with large scale and fast waving, a hybrid iterative solver is based on forward-backward iterative physical optics with several acceleration strategies, as well as impedance boundary condition. Finally, numerical results show that this hybrid iterative solver can satisfy the requirement for high efficiency, reliable precision in computing scattering from large scale composite rough surface.
Author Sun, Hua Long
Zou, Gao Xiang
Tong, Chuang Ming
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Snippet This article proposes a hybrid iterative solver for modeling composite rough surface electromagnetic scattering. First, a kind of divisional rough surface with...
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SubjectTerms Composite rough surface
Computation
Efficiency
Electromagnetic scattering
Electromagnetics
fast multipole method-based algorithms
forward-backward iterative physical optics
Iterative methods
message passing interface-based parallelization
Modelling
Optics
relax factor
Scattering
Solvers
Strategy
Title High Efficiency Iterative Solver for Modeling Composite Rough Surface Electromagnetic Scattering
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