登录
首页 » matlab » ofdm--yasuo

ofdm--yasuo

于 2021-02-06 发布 文件大小:127KB
0 238
下载积分: 1 下载次数: 182

代码说明:

  OFDM 自适应算法能够根据信道的状况进行比特和功率的分配,能够有效的降低误码率.本程序综合了迭代注水算法,CHOW算法,FISHER算法,H-H算法,以及自己改进的迭代注水算法程序,并进行了对比,改进的算法在有效性与迭代注水算法基本相近,但复杂度和实际应用性都更强,值得参考。(OFDM adaptive algorithm make the bit and power allocation according to the status of the channel .It can effectively reduce the error rate.This program combines iterative algorithm, water injection CHOW algorithm, FISHER algorithm, the algorithm of H- H,as well as their improved iterative allocation algorithm procedures.And has carried on the contrast, the improved algorithm in effectiveness and iterative allocation algorithm basic similar, but the complexity and practical applications were stronger with worthy of reference.)

文件列表:

系统仿真平台_整理09-06-08
.........................\Adaptive_OFDM.m,5368,2014-07-03
.........................\Algo_xia.m,4047,2014-07-03
.........................\BER_calculation.m,475,2014-07-03
.........................\Channel_estimation.m,1305,2014-07-03
.........................\channel_inf_save
.........................\................\inf1.mat,1964,2014-07-03
.........................\................\inf2.mat,1929,2014-07-03
.........................\................\inf3.mat,1959,2014-07-03
.........................\................\inf4.mat,1934,2014-07-03
.........................\................\inf6.mat,1951,2014-07-03
.........................\Channel_Transmit.m,393,2014-07-03
.........................\chow_algo.m,3371,2014-07-03
.........................\Code_bit.mat,641,2014-07-03
.........................\Demodulation_mqam.m,2044,2014-07-03
.........................\EBA_EPA.m,432,2014-07-03
.........................\Figure
.........................\......\Chow_BER1.fig,1500,2014-07-03
.........................\......\Chow_inf1.mat,1569,2014-07-03
.........................\......\Ch_H_F_EPA
.........................\......\..........\3_2good.fig,10222,2014-07-03
.........................\......\..........\paper_use.fig,24973,2014-07-03
.........................\......\EBAEPAWaterfill
.........................\......\...............\inf3_paper_use.fig,15914,2014-07-03
.........................\......\...............\inf6.fig,6314,2014-07-03
.........................\......\EBA_EPA&MaxC_EPA_BER.fig,1974,2014-07-03
.........................\......\EBA_EPA&MaxC_EPA_inf.mat,1140,2014-07-03
.........................\......\EBA_EPA_BER2.fig,1489,2014-07-03
.........................\......\Fischer_BER1.fig,1489,2014-07-03
.........................\......\Fischer_BER2.fig,1481,2014-07-03
.........................\......\Fischer_inf1.mat,1612,2014-07-03
.........................\......\H_H_BER.fig,1487,2014-07-03
.........................\......\H_H_BER2.fig,1486,2014-07-03
.........................\......\H_H_BER_good.fig,1448,2014-07-03
.........................\......\H_H_inf1.mat,1643,2014-07-03
.........................\......\H_H_inf2.mat,1677,2014-07-03
.........................\......\waterfill_BER.fig,1487,2014-07-03
.........................\......\xia.fig,16014,2014-07-03
.........................\Fischer.m,2984,2014-07-03
.........................\f_mpsk.m,476,2014-07-03
.........................\f_mqam.m,355,2014-07-03
.........................\GI_insert.m,237,2014-07-03
.........................\Gngauss.m,243,2014-07-03
.........................\Hughes_Hartogs.m,2847,2014-07-03
.........................\MaxC_EPA.m,1650,2014-07-03
.........................\Modulation_mqam.m,2085,2014-07-03
.........................\MQAM_space.mat,1285,2014-07-03
.........................\Multipath_Channel_Init.m,1806,2014-07-03
.........................\PtoS_convert.m,404,2014-07-03
.........................\Q.m,45,2014-07-03
.........................\Qinv.m,52,2014-07-03
.........................\Receive_estimation.m,228,2014-07-03
.........................\Resource_alloc.m,2130,2014-07-03
.........................\SNR_sub.m,97,2014-07-03
.........................\SNR_subc.m,248,2014-07-03
.........................\StoP_convert.m,375,2014-07-03
.........................\waterfill.m,2400,2014-07-03
.........................\程序改动说明.txt,3053,2014-07-03

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • wrnvf
    验证可用,MinkowskiMethod算法 ,计算一维光子晶体的透射特性和反射特性。( Verification is available, MinkowskiMethod algorithm, Calculated transmission characteristics and reflection characteristics of the one-dimensional photonic crystals.)
    2017-04-17 21:59:08下载
    积分:1
  • channel-fade
    衰落信道的仿真,包括瑞利,莱斯信道,还有分集接收等内容(Fading channel simulation, including the content of the Rayleigh and Rice channel, there is diversity reception)
    2013-02-26 12:30:01下载
    积分:1
  • STH20
    说明:  读取SHT20的数据发送到主控STM32F103vet6(Read data from SHT20 and send it to master STM32F103vet6)
    2020-06-17 11:20:02下载
    积分:1
  • matlab_exercise_6_081212
    Matlab in German Course
    2009-11-11 08:04:29下载
    积分:1
  • db94361b-3df7-4b5f-83ec-0e6cf5f2e3bd
    说明:  qam调制误码率比较,包含对16QAM、32QAM、128QAM的误码率分析,并作出误码率比较的仿真图。(QAM modulation bit error rate comparison, including 16QAM, 32qam, 128QAM bit error rate analysis, and make a bit error rate comparison simulation diagram.)
    2020-12-29 12:50:29下载
    积分:1
  • MATLAB 参数都已知的GLRT检测
    说明:  MATLAB信号检测仿真例子 参数都已知的GLRT检测(MATLAB signal detection simulation example)
    2020-04-13 10:30:12下载
    积分:1
  • qll
    有关卷积编码的维特比算法,是硬判决的啊,希望大家(The Viterbi algorithm about convolutional coding, it is hard to judge, I hope you all)
    2018-07-28 17:40:33下载
    积分:1
  • polar for sc
    用SC译码算法进行极化码的解码,经典方法(Decoding of polarization codes with SC decoding algorithm)
    2020-11-28 20:39:28下载
    积分:1
  • lesson5
    说明:  FM解调的simulink文件,输入的信号为音频信号。(Simulink file for FM demodulation)
    2020-12-17 13:44:27下载
    积分:1
  • y
    说明:  一种PC与单片机多机RS232串口通信设计应用(A PC with a single-chip multi-machine RS232 serial communication design application)
    2013-03-26 10:41:06下载
    积分:1
  • 696518资源总数
  • 104269会员总数
  • 42今日下载