文件名称:standard-schmidl-tiaoshi
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光OFDM系统中时间同步标准斯密特同步的程序的仿真，有兴趣的可以参考一下！-Optical OFDM system time synchronization standard simulation schmidl synchronization algorithm procedures, interested can refer to!
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standard schmidl tiaoshi
........................\assign_parameter.m
........................\barr.m
........................\CD and phasenoise
........................\.................\CD vs offset.jpg
........................\.................\correct timing CD no PN.jpg
........................\.................\correct timing CD PN.jpg
........................\.................\correct timing no CD no PN.jpg
........................\.................\correct timing no CD PN.jpg
........................\.................\incorrect timing CD no PN.jpg
........................\.................\incorrect timing CD PN.jpg
........................\.................\incorrect timing no CD no PN.jpg
........................\.................\incorrect timing no CD PN.jpg
........................\.................\peak CD no PN.jpg
........................\.................\peak CD PN.jpg
........................\.................\peak no CD no PN.jpg
........................\.................\peak no CD PN.jpg
........................\.................\SNR vs offset.jpg
........................\.................\Thumbs.db
........................\.................\TM CD no PN.jpg
........................\.................\TM CD PN.JPG
........................\.................\TM no CD no PN.jpg
........................\.................\TM no CD PN 1.jpg
........................\.................\TM no CD PN.jpg
........................\channel_estimation.m
........................\channel_gain.m
........................\CVS
........................\...\Entries
........................\...\Entries.Extra
........................\...\Repository
........................\...\Root
........................\daconverter.m
........................\generste_symbols.m
........................\noise_g.m
........................\OFDM_Frame.m
........................\OFDM_receiver.m
........................\OFDM_RUN.m
........................\Phasenoise.m
........................\Phase_evolution.m
........................\pha_comp.m
........................\plot_constellation.m
........................\PRBS15.mat
........................\schmidl algorithm-CD.m
........................\Schmidl data Nsc=1024 N_b=1
........................\...........................\correct timing@100.jp2
........................\...........................\correct timing@100.jpg
........................\...........................\incorrect timing@100.jp2
........................\...........................\incorrect timing@100.jpg
........................\...........................\Timing metric@100.jp2
........................\...........................\Timing metric@100.jpg
........................\Schmidl data Nsc=1024 N_b=4
........................\...........................\snr=-12.jpg
........................\...........................\snr=-6.jpg
........................\...........................\snr=0.5.jpg
........................\...........................\snr=13.jpg
........................\...........................\snr=16.5.jpg
........................\...........................\snr=5.4.jpg
........................\...........................\snr=6.8.jpg
........................\...........................\timing metric.jpg
........................\Schmidl.mat
........................\Schmidl@100.mat
........................\SNR.m
........................\spectrum.m
........................\sync_header.m
........................\To stan
........................\.......\1024 CD-offset.jpg
........................\.......\1024 peak snr=10dB CD no PN.jpg
........................\.......\1024 peak snr=10dB no CD no PN.jpg
........................\.......\1024 with & without CD.jpg
........................\.......\128 CD-offset.jpg
........................\.......\128 correct timing.jpg
........................\.......\128 incorrect timing.jpg
........................\.......\128 peak snr=10dB CD no PN.jpg
........................\.......\128 peak snr=10dB no CD no PN.jpg
........................\.......\128 snr-offset.jpg
.........