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The effect of varying Cyclic Prefix on Residual Constellation Error in OFDM technology using a novel Simulink-VSA based WiMAX Transceiver

机译:基于Simulink-VSA基于WiMAX收发器的不同循环前缀对OFDM技术中残余星座误差的影响

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The detailed analysis of several performance metrics in WiMAX demands a stable simulation model in laboratory environment. In this paper we reintroduce WiMAX 802.16e Physical Layer model based on MATLAB Simulink in a new perspective by interfacing the model with Vector Signal Analyzer (VSA) for studying several performance metrics, which are virtually impossible to measure in Simulink. The prime focus has been given on the effect of varying Cyclic Prefix on Residual Constellation Error (RCE) both at the Transmitter as well in the Receiver for WiMAX Transceiver. This novel interface makes clear measurement of RCE which is not possible with Simulink based model. Simulation results have been included.
机译:WiMAX几种性能度量的详细分析要求实验室环境中的稳定模拟模型。在本文中,我们通过与矢量信号分析仪(VSA)的模型接口来研究基于Matlab Simulink的WiMAX 802.16e物理层模型,以研究多个性能度量,这几乎不可能在Simulink中测量。已经给出了在WiMAX收发器的接收器中的变送器上的残余星座误差(RCE)对剩余星座误差(RCE)的不同循环前缀的影响。这种新颖的界面清晰测量RCE,基于Simulink的模型是不可能的。已经包括模拟结果。

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