New trends in high-frequency techniques and hybridizations

Zi-Liang Liu, Chao‐Fu Wang
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Abstract

In this chapter, a fast MoM-PO hybrid framework, including EI-MoM-PO, AIM acceleration, and half-space solutions, is presented as an exemplar of recent trends in high-frequency techniques and hybridizations. The beauty of the presented fast MoM-P0 framework is that its solution process clearly follows the underlying physics of the MoM-PO hybridization, where source-platform interactions are physically described. Besides, considering fl exibility and extendibility of the framework, one can easily replace AIM by any other suitable fast algorithms, in accordance with the properties of the complex structures under investigation.
高频技术和杂交的新趋势
在本章中,一个快速的MoM-PO混合框架,包括EI-MoM-PO, AIM加速和半空间解决方案,作为高频技术和杂交的最新趋势的一个例子。所提出的快速MoM-P0框架的美妙之处在于,它的解决过程清楚地遵循MoM-PO杂化的基本物理原理,其中源平台相互作用是物理描述的。此外,考虑到框架的灵活性和可扩展性,人们可以根据所研究的复杂结构的特性,很容易地用任何其他合适的快速算法代替AIM。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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