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Advanced macromodel matrix structure cloning for FDTD

机译:FDTD的高级宏模型矩阵结构克隆

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摘要

We propose an improved macromodel-based technique for efficient analysis of the structures based on Photonic Crystals (PhC). The technique involves a new structure of the coupling matrix and advanced cloning of not only the macro-model Γ matrices, but also the coupling matrices SE and SH. The method allows one to shorten considerably the preprocessing time, the RAM usage and also the iterating speed of performing FDTD. With this scheme, it is possible to simulate efficiently up to several thousands of macromodels.
机译:我们提出了一种改进的基于宏模型的技术,可以有效地分析基于光子晶体(PhC)的结构。该技术涉及一种新的耦合矩阵结构,并且不仅对宏模型Γ矩阵进行了高级克隆,而且还对耦合矩阵S E 和S H 进行了高级克隆。该方法可以大大缩短预处理时间,RAM使用量以及执行FDTD的迭代速度。使用此方案,可以有效地模拟多达数千个宏模型。

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