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Double Markov Process blind estimation: Application to communication in a long memory channel

机译:Double Markov Process盲估计:在长存储信道中的通信应用

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Also called a Markov switching process, a Double Markov Process (DMP) is an extension of the Hidden Markov Chain (HMC) where the observed process conditionally to the hidden one is modelled by a Markov process. This paper focuses on the estimation of a DMP model, the goal being twofold. First we provide the Cramer-Rao bound of the covariance matrix of any unbiased estimator in order to assess the accuracy limitations. Then we develop a DMP blind estimator for communication through a long memory channel. The results show the benefit of such a modelling in terms of both performance and complexity.
机译:双重马尔可夫过程(DMP)也称为马尔可夫切换过程,是对隐马尔可夫链(HMC)的扩展,其中通过马尔可夫过程对有条件地观察到的隐性过程进行了建模。本文着重于DMP模型的估计,目标是双重的。首先,我们提供任何无偏估计量的协方差矩阵的Cramer-Rao边界,以评估精度限制。然后,我们开发了一种DMP盲估计器,用于通过长存储通道进行通信。结果表明,这种模型在性能和复杂性方面都具有优势。

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