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SMART ANTENNA -AOA ESTIMATION EMPLOYING MUSIC ALGORITHM And DIGITAL BEAMFORMING By VARIABLE STEP-SIZE LMS ALGORITHM With NOVEL MAC PROTOCOL For IEEE802.11

机译:利用适用于IEEE802.11的新型MAC协议的可变步长LMS算法,利用音乐算法和数字波束形成进行智能天线-AOA估计

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Smart antenna using multiple antennas exploring the SDMA technology has been used in wireless communication systems which provides higher spectrum efficiency, improved link quality and throughput through frequency reuse, reduction of intersymbol interference (ISI) and co-channel interference rejection (CCI)[1]. Space Division Multiple Access, where multiple user signals are simultaneously transmitted and received over same conventional time and frequency channels by using multiple antennas, dramatically increases spectral efficiency. SDMA is realized with beam forming and null forming techniques which accounts for co-channel interference rejection. Channel equalization is done using adaptive equalizer to mitigate the effects of ISI. This paper discusses SDMA technology with digital beam forming with the novel idea of including the Variable step-size LMS algorithm along with MUSIC algorithm employed in MAC protocol for IEEE 802.11 and the results of simulation are analyzed for their performance.
机译:使用多天线探索SDMA技术的智能天线已用于无线通信系统,该无线通信系统可通过频率重用,减少符号间干扰(ISI)和同信道干扰抑制(CCI)来提供更高的频谱效率,改进的链路质量和吞吐量[1]。 。空分多址,其中通过使用多个天线在相同的常规时间和频率信道上同时发送和接收多个用户信号,大大提高了频谱效率。 SDMA通过波束成形和零陷技术实现,该技术考虑了同信道干扰抑制。使用自适应均衡器来减轻ISI的影响来完成信道均衡。本文讨论了具有数字波束成形的SDMA技术,其新颖思想包括将可变步长LMS算法以及MAC协议中采用的MUSIC算法用于IEEE 802.11,并对其仿真结果进行了分析。

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