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Multilevel Fast Multipole Algorithm Enhanced Characteristic Mode Analysis for Half-Space Platform

机译:多级快速多极算法增强了半空间平台的特性模式分析

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The increasingly popular characteristic mode analysis (CMA) techniques in the free-space have been well-established, while the half-space counterpart is less concerned. In this communication, we consider the CMA for half-space platforms such as vehicles on the ground and ships on the sea surface, which is also commonly mounted with antennas. To overcome the difficulty of CMA’s application on electrically large targets, the half-space multilevel fast multipole algorithm is integrated into the eigensolver. Numerical results of half-space CMA for realistic platforms from FM-band to ${L}$ -band are presented to validate the accuracy and the robustness of the proposed method. It has been shown that this communication can be used as a legitimate CMA tool for the antenna design and integration on half-space platforms.
机译:自由空间中越来越流行的特征模式分析(CMA)技术已经很好地确定,而半空间对应物不太关注。在这段沟通中,我们考虑到半空间平台的CMA,如地面上的车辆和海面上的船舶,这也通常与天线安装。为了克服CMA对电大目标的应用的困难,半空间多级快速多极算法集成到Eigensolver中。从FM频段到现实平台的半空间CMA的数值结果<内联公式XMLNS:MML =“http://www.w3.org/1998/math/mathml”xmlns:xlink =“http://www.w3.org/1999/xlink”> $ {l} $ 介绍了验证所提出的方法的准确性和鲁棒性。已经表明,该通信可以用作天线设计和半空间平台上的合法CMA工具。

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