2017Unpublished venueRequires access

Accuracy of CCD Technique for EM Scattering from Lossless and Lossy Dielectrics with Different Basis Functions

Andrew Seagar

Open publisher page 2 citations

Abstract

Tests are performed for both lossless and lossy dielectric scatterers of different shapes to determine relationships between the accuracy of solution and the functions chosen to represent fields on surfaces. It is observed that some classes of basis function are better than others.

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What this paper is about

Tests are performed for both lossless and lossy dielectric scatterers of different shapes to determine relationships between the accuracy of solution and the functions chosen to represent fields on surfaces. It is observed that some classes of basis function are better than others.

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OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Tests are performed for both lossless and lossy dielectric scatterers of different shapes to determine relationships between the accuracy of solution and the functions chosen to represent fields on surfaces. It is observed that some classes of basis function are better than others.

Key concepts: Lossy compression, Lossless compression, Dielectric, Basis (linear algebra), Basis function, Scattering, Function (biology), Computer science

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