首页> 外文会议>2011 Loughborough Antennas Propagation Conference >Comparison of the fast multipole method and low rank IE-QR algorithm in the analysis of electromagnetic field in the focal region of a parabolic reflector
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Comparison of the fast multipole method and low rank IE-QR algorithm in the analysis of electromagnetic field in the focal region of a parabolic reflector

机译:快速多极方法与低阶IE-QR算法在抛物面反射器焦点区域电磁场分析中的比较

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This paper describes scattered field calculation in the focal region of a parabolic reflector under uniform plane wave illumination. Method-of-moments (MoM) with integral equations method (IE) is used to calculate the current induced on the reflector. Paraboloid antennas are electrically large objects, so linear equations contain a large number of unknowns (tens of thousands or hundreds). To speed up solution the fast multipole method (FMM) and low rank IE-QR algorithm are involved. Results for ideal and distorted reflectors obtained by MoM, FMM, low rank IE-QR are given and compared with calculations done by other authors.
机译:本文描述了均匀平面波照射下抛物面反射器焦点区域的散射场计算。矩量法(MoM)和积分方程法(IE)用于计算在反射器上感应的电流。抛物面天线在电气上是大型物体,因此线性方程式包含大量未知数(数万或数百)。为了加快解决方案,涉及了快速多极方法(FMM)和低秩IE-QR算法。给出了由MoM,FMM,低阶IE-QR获得的理想和变形反射器的结果,并与其他作者的计算结果进行了比较。

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