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Analysis of optimized signal processing algorithms for smart antenna system

机译:智能天线系统优化信号处理算法分析

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By the exponential increase in cellular communication area, the user demands and with their side problems also tend to increase. Several techniques such as cell splitting, frequency reuse, diversity and so on have already been applied to overcome these problems. In all these procedures, smart antenna is one of the best techniques used to boost capacities, enlarge bandwidth, raise the SIR ratios, minimize the effects of fading and improve MIMO communications. An ordinary antenna array which can turn up into a smart antenna array is due to the signal processing algorithms, which consists of angle of arrival (AOA) estimations and Beamforming. In this paper, I will discuss and analyse about the MUSIC algorithm for AOA estimation and least mean squares algorithm for Beamforming.
机译:通过蜂窝通信面积的指数增加,用户需求以及伴随的问题也趋于增加。已经应用了诸如小区分裂,频率重用,分集等之类的几种技术来克服这些问题。在所有这些过程中,智能天线是用于提高容量,增加带宽,提高SIR比率,最小化衰落影响和改善MIMO通信的最佳技术之一。可以变成智能天线阵列的普通天线阵列归功于信号处理算法,该算法包括到达角(AOA)估计和波束成形。在本文中,我将讨论和分析用于AOA估计的MUSIC算法和用于波束成形的最小均方算法。

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