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Data Mining Modeling for Electromagnetic Scattering Computing

机译:用于电磁散射计算的数据挖掘模型

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摘要

Scattering computing of metal-media complex structure and structure with cavity has been one of the problems in electromagnetic (EM) scattering theoretical calculation field for many years. A novel method, substituting data mining modeling for original theoretical modeling, is proposed creatively in this paper, attempting to solve the problem by machine learning theory. Data mining modeling is to construct "EM scattering training model", applying regression analysis algorithm on measurement data, to achieve the effect superior to that theoretical modeling can have. Given an example of regressive estimation of some inlet backscattering RCS curve, both original least square algorithm and support vector regression are used, so an applicable data mining model is established initially for EM scattering computing.
机译:散射计算金属介质复杂结构和具有腔的结构是多年来电磁(EM)散射理论计算领域的问题之一。在本文中提出了一种替代原始理论建模的数据挖掘建模的新方法,试图通过机器学习理论解决问题。数据挖掘建模是构建“EM散射训练模型”,在测量数据上应用回归分析算法,实现优于理论建模的效果。鉴于一些入口回归偏移RCS曲线的回归估计的例子,使用原始最小方算法和支持向量回归,因此最初建立适用的数据挖掘模型,用于EM散射计算。

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