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Multi-Modulus algorithms using hyperbolic and givens rotations for blind deconvolution of mimo systems

机译:使用双曲和给定旋转的多模算法用于mimo系统的盲反卷积

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The issue of blind Multiple-Input and Multiple-Output (MIMO) deconvolution of communication system is addressed. Two new iterative Blind Source Separation (BSS) algorithms are presented, based on the minimization of Multi-Modulus (MM) criterion. A pre-whitening filter is utilized to transform the problem into finding a unitary beamformer matrix. Then, applying iterative Givens and Hyperbolic rotations results in Givens Multi-modulus Algorithm (G-MMA) and Hyperbolic G-MMA (HG-MMA), respectively. Proposed algorithms are compared with several BSS algorithms in terms of Signal to Interference and Noise Ratio (SINR) and Symbol Error Rate (SER) and it was shown to outperform them.
机译:解决了通信系统的盲多输入多输出(MIMO)反卷积问题。基于最小化多模(MM)准则,提出了两种新的迭代盲源分离(BSS)算法。利用预白化滤波器将问题转换为找到单一的波束形成器矩阵。然后,分别应用迭代的Givens和双曲旋转会分别生成Givens多模算法(G-MMA)和双曲G-MMA(HG-MMA)。在信号干扰和噪声比(SINR)和符号错误率(SER)方面,将所提出的算法与几种BSS算法进行了比较,结果表明它们的性能优于其他BSS算法。

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