Acceleration of Multilevel Characteristic Basis Function Method by Multilevel Multipole Approach

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초록

Multilevel characteristic basis function (CBF) method (MLCBFM) accelerated by multilevel multipoles will be presented in this article. The proposed algorithm starts from the conventional MLCBFM, rearrange CBFs for each level as multilevel aggregated CBFs. The algorithm not only reduces degrees of freedom of problems but also exploits hierarchical characteristics of divided geometries such as different truncation coefficients or sampling rates in each level of multipole expansions, which results in dramatic acceleration in analyzing electrically large structure. The results of the proposed method agree very well with exact solutions.

키워드

Method of momentsAntennasIntegral equationsAccelerationGeometryMathematical modelImpedanceCharacteristic basis function (CBF) method (CBFM)method of moment (MoM)multilevel CBFM (MLCBFM)multipole approachELECTRICALLY LARGE PROBLEMSCONJUGATE-GRADIENT METHODELECTROMAGNETIC SCATTERINGMICROSTRIP ANTENNASALGORITHMAPPROXIMATIONIMPEDANCEEQUATIONS
제목
Acceleration of Multilevel Characteristic Basis Function Method by Multilevel Multipole Approach
저자
Park, Chan-SunHong, Ic-PyoKim, Yoon-JaeYook, Jong-Gwan
DOI
10.1109/TAP.2020.2995421
발행일
2020-10
유형
Article
저널명
IEEE Transactions on Antennas and Propagation
68
10
페이지
7109 ~ 7120