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SMC-based iterative joint MUD data detection, code delay and multipath estimation in DS-CDMA systems

机译:DS-CDMA系统中基于SMC的迭代联合MUD数据检测,码延迟和多径估计

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摘要

In this work, based on a sequential Monte Carlo Method (particle filtering) a new Bayesian based iterative receiver is presented for jointly estimation of channel parameters and multiuser detection (MUD) of transmitted data sequence over the multipath fading channel in Direct Sequence Code Division Multiple Access (DS CDMA) systems. The parameter estimation of the transmission channel together with transmitted data sequence is difficult in the multipath environment since time delay of the transmission channel represents nonlinear characteristic. Therefore, we used completely Bayesian approach to overcome nonlinear characteristic of the channel with respect to time delay.
机译:在这项工作中,基于顺序蒙特卡罗方法(粒子滤波),提出了一种新的基于贝叶斯的迭代接收机,用于联合估计信道参数和直接序列码分多址中多径衰落信道上的已传输数据序列的多用户检测(MUD)接入(DS CDMA)系统。在多径环境中,传输信道的参数估计连同传输的数据序列是困难的,因为传输信道的时间延迟表示非线性特性。因此,我们完全使用贝叶斯方法克服了信道在时间延迟方面的非线性特征。

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