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Analysis of WiMAX Physical Layer Using Spatial Multiplexing Under Different Fading Channels

机译:不同衰落信道下使用空间复用的WiMAX物理层分析

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摘要

WiMAX is defined as Worldwide Interoperability for Microwave Access by the WiMAX Forum and its industry. WiMAX is basically a wireless digital communication system which is also known as IEEE 802.16 standard intended for wireless "metropolitan area networks". WiMAX is based upon OFDM multiplexing technique. It was developed in order to provide high speed data rates to the users located in those areas also where broadband wireless coverage is not available. MIMO systems also play an important role in the field of wireless communication by allowing data to be transmitted and received over different antennas. WiMAX-MIMO systems are developed to improve the performance of WiMAX system. This paper analyzes WiMAX-MIMO system for different modulation schemes with different CC code rates under different fading channels (Rician and Nakagami channel). Spatial Multiplexing technique of MIMO system is used for the simulation purpose. Analysis has been done in the form of Signal-to Noise Ratio (SNR) vs Bit Error Rate (BER) plots.
机译:WiMAX论坛及其行业将WiMAX定义为“微波访问的全球互操作性”。 WiMAX基本上是一种无线数字通信系统,也被称为IEEE 802.16标准,旨在用于无线“城域网”。 WiMAX基于OFDM复用技术。开发它的目的是为那些也没有宽带无线覆盖的地区的用户提供高速数据速率。通过允许在不同的天线上发送和接收数据,MIMO系统在无线通信领域也发挥着重要作用。开发WiMAX-MIMO系统是为了提高WiMAX系统的性能。本文分析了在不同衰落信道(Rician和Nakagami信道)下具有不同CC码率的不同调制方案的WiMAX-MIMO系统。 MIMO系统的空间复用技术被用于仿真目的。分析已经以信噪比(SNR)与误码率(BER)图的形式完成。

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