文件名称:montecarlo
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这是montecarlo仿真程序，是用MATLAB编写的，也很容易理解，对理解montecarlo很重要！-This is a montecarlo simulation program is written with MATLAB, it is easy to understand, is very important for understanding montecarlo!
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下载文件列表
montecarlo
..........\16qam.mat
..........\256qam.mat
..........\64qam.mat
..........\addnoise.m
..........\add_prefix.m
..........\BER.fig
..........\BER.mat
..........\BER2.fig
..........\BER_sigma.fig
..........\BER_SNR.fig
..........\best_one.fig
..........\bi2de.m
..........\bn_max_noise.fig
..........\bn_min_noise.fig
..........\bpsk.mat
..........\channel.fig
..........\channle_max_noise.fig
..........\channle_min_noise.fig
..........\condecoder.m
..........\conencoder.m
..........\de2bi.m
..........\decoder.m
..........\deinterleaving.m
..........\demodulation.m
..........\generate.m
..........\h.mat
..........\interleaving.m
..........\modulation.m
..........\montecarlo.asv
..........\montecarlo.m
..........\new figure
..........\..........\Noise_BER.fig
..........\..........\Noise_bn.fig
..........\..........\Noise_bn_good.fig
..........\..........\Noise_H.fig
..........\..........\Noise_H_good.fig
..........\..........\SNR_BER.fig
..........\..........\SNR_bn.fig
..........\..........\SNR_bn_good.fig
..........\..........\SNR_H.fig
..........\..........\SNR_H_good.fig
..........\noise.mat
..........\Noise_H_good.eps
..........\ofdm_fading.fig
..........\ofdm_fading2.fig
..........\phase_estimation.m
..........\qpsk.mat
..........\read me.txt
..........\receiver.asv
..........\simulation1.asv
..........\simulation2.asv
..........\SNR.mat
..........\symfft.m
..........\symifft.m
..........\sync.asv
..........\sync.m
..........\synchro.asv
..........\synchro.m
..........\test.asv
..........\test.m
..........\transmitter.asv
..........\transmitter.m
..........\upfir.m
..........\upsample.m
..........\waterfill.asv
..........\waterfill.m
..........\16qam.mat
..........\256qam.mat
..........\64qam.mat
..........\addnoise.m
..........\add_prefix.m
..........\BER.fig
..........\BER.mat
..........\BER2.fig
..........\BER_sigma.fig
..........\BER_SNR.fig
..........\best_one.fig
..........\bi2de.m
..........\bn_max_noise.fig
..........\bn_min_noise.fig
..........\bpsk.mat
..........\channel.fig
..........\channle_max_noise.fig
..........\channle_min_noise.fig
..........\condecoder.m
..........\conencoder.m
..........\de2bi.m
..........\decoder.m
..........\deinterleaving.m
..........\demodulation.m
..........\generate.m
..........\h.mat
..........\interleaving.m
..........\modulation.m
..........\montecarlo.asv
..........\montecarlo.m
..........\new figure
..........\..........\Noise_BER.fig
..........\..........\Noise_bn.fig
..........\..........\Noise_bn_good.fig
..........\..........\Noise_H.fig
..........\..........\Noise_H_good.fig
..........\..........\SNR_BER.fig
..........\..........\SNR_bn.fig
..........\..........\SNR_bn_good.fig
..........\..........\SNR_H.fig
..........\..........\SNR_H_good.fig
..........\noise.mat
..........\Noise_H_good.eps
..........\ofdm_fading.fig
..........\ofdm_fading2.fig
..........\phase_estimation.m
..........\qpsk.mat
..........\read me.txt
..........\receiver.asv
..........\simulation1.asv
..........\simulation2.asv
..........\SNR.mat
..........\symfft.m
..........\symifft.m
..........\sync.asv
..........\sync.m
..........\synchro.asv
..........\synchro.m
..........\test.asv
..........\test.m
..........\transmitter.asv
..........\transmitter.m
..........\upfir.m
..........\upsample.m
..........\waterfill.asv
..........\waterfill.m