The Gabor frame as a discretization for the 2D transverse-electric scattering-problem domain integral equation

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Abstract

We apply the Gabor frame as a projection method to numerically solve a 2D ransverse-electric-polarized domain-integral equation for a homogeneous medium. Since the Gabor frame is spatially as well as spectrally very well convergent, it is convenient to use for solving a domain integral equation. The mixed spatial and spectral nature of the Gabor frame creates a natural and fast way to Fourier transform a function. In the spectral domain we employ a coordinate scaling to smoothen the branchcut found in the Green function. We have developed algorithms to perform multiplication and convolution efficiently, scaling as O(N log N ) on the number of Gabor coefficients, yielding an overall algorithm that also scales as O(N log N ).
Original languageEnglish
Pages (from-to)117-136
JournalProgress In Electromagnetics Research B
Volume69
DOIs
Publication statusPublished - 18 Sep 2016

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