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Performance Analysis and Simulation Result of MC-CDMA for AWGN Channel and Raleigh Based on SNR/BER

机译:基于SNR / BER的MC-CDMA在AWGN信道和罗利信道上的性能分析和仿真结果

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For any electronic communication system bandwidth utilization and BER performance under different channel conditions are major aspect of consideration, to cope up with these conditions different modulation technique are used one of them is MC-CDMA (Multicarrier Code Division Multiple Access) which outperforms other techniques for bandwidth utilization and performs well under noisy and fading channels, as theoretical derivation states. This paper presents a comprehensive analysis of MC-CDMA system over the AWGN (Additive White Gaussian Noise) and Raleigh channel for different number of subcarrier and different number of users, system analysis is performed by simulating the MC-CDMA using MATLAB program, and finally the paper also presents a comparison between simulated and theoretical results
机译:对于任何电子通信系统,在不同信道条件下的带宽利用率和BER性能都是要考虑的主要方面,为了应对这些条件,使用了不同的调制技术,其中之一是MC-CDMA(多载波码分多址),其性能优于其他技术。作为理论推导状态,带宽利用率高,并且在嘈杂和衰落的信道下性能良好。本文针对不同数量的子载波和不同的用户数量,对AWGN(加性高斯白噪声)和Raleigh信道上的MC-CDMA系统进行了全面分析,通过使用MATLAB程序对MC-CDMA进行仿真来进行系统分析,最后本文还提出了模拟结果与理论结果之间的比较

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