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Behavioral Modeling and Digital Predistortion of 2x2 MIMO Wireless Transmitters with Enhanced Multivariable Polynomials

机译:具有增强型多元多项式的2x2 MIMO无线发射机的行为建模和数字预失真

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In this paper we propose a novel concept named Enhanced Multivariable Memory Polynomials (EMVP) for the behavioral modeling and linearization of Multiple Input Multiple Output (MIMO) transmitters in the presence of linear (LC) and nonlinear (NLC) coupling effects. The proposed model improves the linearization performance of the conventional Multivariable Memory Polynomials (MVP) model. Its performance is experimentally compared with the ones of three popular polynomial models. EMVP model has succeeded in offering better linearization of MIMO transmitters, with fewer coefficients, compared to the conventional models. Experimental results showed improvement in Adjacent Channel Power Ratio.
机译:在本文中,我们提出了一种新颖的概念,称为增强型多变量存储多项式(EMVP),用于在线性(LC)和非线性(NLC)耦合效应存在下对多输入多输出(MIMO)发射机进行行为建模和线性化。所提出的模型改善了常规多变量存储多项式(MVP)模型的线性化性能。通过实验将其性能与三个流行的多项式模型进行了比较。与传统模型相比,EMVP模型已成功地以更少的系数提供了更好的MIMO发射机线性化。实验结果表明,相邻信道功率比有所提高。

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