文件名称:OFDM
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ofdm系统的simulink仿真，QAM。PAPR减小方案，-the simulink ofdm system simulation, QAM. PAPR reduction program, etc.
相关搜索： PAPR
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下载文件列表
程序\OFDM系统仿真\demoduqam16.m
....\............\OFDMdemo.m
....\............\qam16.m
....\............\qpsk.m
....\............\rcoswindow.m
....\PTS\papr_subs.m
....\...\papr_suiji_xianglin_jiaozhi.m
....\SLM\papr_1000_2.m
....\...\slm_16QAM.asv
....\...\slm_16QAM.m
....\...\slm_4PSK.m
....\...\slm_lilun.m
....\...\xinhaofudu.m
....\功率分配\chow算法\chow_algo.m
....\........\........\chow_use.fig
....\........\........\Demo_chow.m
....\........\Fischer算法\Demo_Fischer.m
....\........\...........\Fischer.m
....\........\...........\Fischer_use.fig
....\........\Hughes-Hartogs算法\demo_Hughes_Hartogs.m
....\........\..................\fig1.fig
....\........\..................\fig2.fig
....\........\..................\fig3.fig
....\........\..................\fig4.fig
....\........\..................\fig5.fig
....\........\..................\fig6.fig
....\........\..................\f_mpsk.m
....\........\..................\f_mqam.m
....\........\..................\Hughes_Hartogs.m
....\........\..................\Q.m
....\........\..................\Qinv.m
....\........\..................\use.fig
....\........\三种算法比特功率分配比较\chow_algo.m
....\........\........................\Demo.asv
....\........\........................\Demo.m
....\........\........................\figure\bit.fig
....\........\........................\......\bit2.fig
....\........\........................\......\bit_0.fig
....\........\........................\......\bit_good.fig
....\........\........................\......\bit_paper_use.fig
....\........\........................\......\bit_turth.fig
....\........\........................\......\bit_use.fig
....\........\........................\......\power_good.fig
....\........\........................\......\power_paper_use.fig
....\........\........................\......\power_use.fig
....\........\........................\Fischer.m
....\........\........................\f_mpsk.m
....\........\........................\f_mqam.m
....\........\........................\Hughes_Hartogs.m
....\........\........................\Q.m
....\........\........................\Qinv.m
....\........\........的误码率比较\Adaptive_OFDM.asv
....\........\....................\Adaptive_OFDM.m
....\........\....................\Algo_xia.m
....\........\....................\BER_calculation.m
....\........\....................\Channel_estimation.m
....\........\....................\Channel_Transmit.m
....\........\....................\chow_algo.m
....\........\....................\Code_bit.mat
....\........\....................\Demodulation_mqam.m
....\........\....................\EBA_EPA.m
....\........\....................\Fischer.m
....\........\....................\f_mpsk.m
....\........\....................\f_mqam.m
....\........\....................\GI_insert.m
....\........\....................\Gngauss.m
....\........\....................\Hughes_Hartogs.m
....\........\....................\MaxC_EPA.m
....\........\....................\Modulation_mqam.m
....\........\....................\MQAM_space.mat
....\........\....................\Multipath_Channel_Init.m
....\........\....................\PtoS_convert.m
....\........\....................\Q.m
....\........\....................\Qinv.m
....\........\....................\Receive_estimation.m
....\........\....................\Resource_alloc.m
....\........\....................\ser_16QAM_EP.am
....\........\....................\ser_bijiao.asv
....\........\....................\ser_bijiao.m
....\........\....................\ser_chow.am
....\........\....................\ser_F.am
....\........\....................\ser_H.am
....\........\....................\SNR_sub.m
....\........\....................\SNR_subc.m
....\........\....................\StoP_convert.m
....\........\....................\waterfill.m
....\........\........比特功率分配比较\figure
....\........\chow算法
....\........\Fischer算法
....\........\Hughes-Hartogs算法
....\........\三种算法比特功率分配比较
....\........\三种算法的误码率比较
....\OFDM系统仿真
....\PTS
....\SLM
....\功
....\............\OFDMdemo.m
....\............\qam16.m
....\............\qpsk.m
....\............\rcoswindow.m
....\PTS\papr_subs.m
....\...\papr_suiji_xianglin_jiaozhi.m
....\SLM\papr_1000_2.m
....\...\slm_16QAM.asv
....\...\slm_16QAM.m
....\...\slm_4PSK.m
....\...\slm_lilun.m
....\...\xinhaofudu.m
....\功率分配\chow算法\chow_algo.m
....\........\........\chow_use.fig
....\........\........\Demo_chow.m
....\........\Fischer算法\Demo_Fischer.m
....\........\...........\Fischer.m
....\........\...........\Fischer_use.fig
....\........\Hughes-Hartogs算法\demo_Hughes_Hartogs.m
....\........\..................\fig1.fig
....\........\..................\fig2.fig
....\........\..................\fig3.fig
....\........\..................\fig4.fig
....\........\..................\fig5.fig
....\........\..................\fig6.fig
....\........\..................\f_mpsk.m
....\........\..................\f_mqam.m
....\........\..................\Hughes_Hartogs.m
....\........\..................\Q.m
....\........\..................\Qinv.m
....\........\..................\use.fig
....\........\三种算法比特功率分配比较\chow_algo.m
....\........\........................\Demo.asv
....\........\........................\Demo.m
....\........\........................\figure\bit.fig
....\........\........................\......\bit2.fig
....\........\........................\......\bit_0.fig
....\........\........................\......\bit_good.fig
....\........\........................\......\bit_paper_use.fig
....\........\........................\......\bit_turth.fig
....\........\........................\......\bit_use.fig
....\........\........................\......\power_good.fig
....\........\........................\......\power_paper_use.fig
....\........\........................\......\power_use.fig
....\........\........................\Fischer.m
....\........\........................\f_mpsk.m
....\........\........................\f_mqam.m
....\........\........................\Hughes_Hartogs.m
....\........\........................\Q.m
....\........\........................\Qinv.m
....\........\........的误码率比较\Adaptive_OFDM.asv
....\........\....................\Adaptive_OFDM.m
....\........\....................\Algo_xia.m
....\........\....................\BER_calculation.m
....\........\....................\Channel_estimation.m
....\........\....................\Channel_Transmit.m
....\........\....................\chow_algo.m
....\........\....................\Code_bit.mat
....\........\....................\Demodulation_mqam.m
....\........\....................\EBA_EPA.m
....\........\....................\Fischer.m
....\........\....................\f_mpsk.m
....\........\....................\f_mqam.m
....\........\....................\GI_insert.m
....\........\....................\Gngauss.m
....\........\....................\Hughes_Hartogs.m
....\........\....................\MaxC_EPA.m
....\........\....................\Modulation_mqam.m
....\........\....................\MQAM_space.mat
....\........\....................\Multipath_Channel_Init.m
....\........\....................\PtoS_convert.m
....\........\....................\Q.m
....\........\....................\Qinv.m
....\........\....................\Receive_estimation.m
....\........\....................\Resource_alloc.m
....\........\....................\ser_16QAM_EP.am
....\........\....................\ser_bijiao.asv
....\........\....................\ser_bijiao.m
....\........\....................\ser_chow.am
....\........\....................\ser_F.am
....\........\....................\ser_H.am
....\........\....................\SNR_sub.m
....\........\....................\SNR_subc.m
....\........\....................\StoP_convert.m
....\........\....................\waterfill.m
....\........\........比特功率分配比较\figure
....\........\chow算法
....\........\Fischer算法
....\........\Hughes-Hartogs算法
....\........\三种算法比特功率分配比较
....\........\三种算法的误码率比较
....\OFDM系统仿真
....\PTS
....\SLM
....\功