Mimo Volterra
米莫沃尔泰拉

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10.1016/j.ymssp.2019.106323

Recently developed MIMO harmonic probing techniques are applied to a general class of nonlinear MIMO differential, or difference equation models in order to obtain algebraic expressions relating the parameters of the time-domain system to the desired MIMO Volterra FRFs.

最近开发的 MIMO 谐波探测技术被应用于一般类别的非线性 MIMO 微分或差分方程模型，以获得将时域系统的参数与所需的 MIMO Volterra FRF 相关联的代数表达式。

Computation of the MIMO Volterra frequency response functions of nonlinear systems

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10.1364/OFC.2019.TH2A.50

We propose a novel MIMO Volterra-based nonlinear equalizer.

我们提出了一种新颖的基于 MIMO Volterra 的非线性均衡器。

MIMO Nonlinear Equalizer based on Inverse Volterra Series Transfer Function for Coherent SDM Systems

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10.1109/CDC40024.2019.9029484

This paper gives a persistent excitation condition for the parameter estimation in MIMO Volterra system identification in the case of a zero mean, Gaussian distributed (not necessarily white) input signal.

本文给出了在零均值、高斯分布（不一定是白色）输入信号的情况下，MIMO Volterra 系统识别中的参数估计的持续激励条件。

Persistent Excitation Condition for MIMO Volterra System Identification with Gaussian Distributed Input Signals

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Mimo Volterra 米莫沃尔泰拉

Mimo Volterra 米莫沃尔泰拉
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Mimo Volterra(米莫沃尔泰拉)研究综述

Mimo Volterra 米莫沃尔泰拉 - Recently developed MIMO harmonic probing techniques are applied to a general class of nonlinear MIMO differential, or difference equation models in order to obtain algebraic expressions relating the parameters of the time-domain system to the desired MIMO Volterra FRFs. [1] We propose a novel MIMO Volterra-based nonlinear equalizer. [2] This paper gives a persistent excitation condition for the parameter estimation in MIMO Volterra system identification in the case of a zero mean, Gaussian distributed (not necessarily white) input signal. [3]
最近开发的 MIMO 谐波探测技术被应用于一般类别的非线性 MIMO 微分或差分方程模型，以获得将时域系统的参数与所需的 MIMO Volterra FRF 相关联的代数表达式。 [1] 我们提出了一种新颖的基于 MIMO Volterra 的非线性均衡器。 [2] 本文给出了在零均值、高斯分布（不一定是白色）输入信号的情况下，MIMO Volterra 系统识别中的参数估计的持续激励条件。 [3]