登录
首页 » matlab » OFDM

OFDM

于 2021-04-16 发布 文件大小:172KB
0 310
下载积分: 1 下载次数: 94
我要下载

代码说明：

  OFDM的详细仿真代码，有信道编码，调制，信道估计等(Detailed OFDM simulation code, there is channel coding, modulation, channel estimation)

文件列表：

OFDM的详细仿真代码，有信道编码，调制，信道估计等
................................................\adaptive.m
................................................\adaptive_power.m
................................................\adaptive_power1.m
................................................\add_training.m
................................................\adpt_mod_para.m
................................................\channel.m
................................................\channel_coding.m
................................................\channel_decoding.m
................................................\channel_estimator.m
................................................\coarse_freq_syn.m
................................................\demodulator.m
................................................\demodu_sym.m
................................................\demod_sym.m
................................................\estimator.m
................................................\fine_freq_syn.m
................................................\frame_timing.m
................................................\freq_syn_timedomain.m
................................................\main.m
................................................\modulation_sym.m
................................................\modulator.m
................................................\modu_sym.m
................................................\mseq.m
................................................\ofdm_demod.m
................................................\ofdm_mod.m
................................................\performance_eval.m
................................................\pilot_insert.m
................................................\saved_figures
................................................\.............\adaptive
................................................\.............\........\BPSK_0HzDoppler_6tap_exp.fig
................................................\.............\........\power_des_0Hz.fig
................................................\.............\........\power_des_0Hz_BPSK.fig
................................................\.............\........\power_SNR_0Hz_BPSK.fig
................................................\.............\........\power_SNR_0Hz_BPSK2.fig
................................................\.............\basic
................................................\.............\.....\16qam_awgn_normalized.fig
................................................\.............\.....\64qam_awgn_normalized.fig
................................................\.............\.....\8psk_awgn.fig
................................................\.............\.....\BER_EbNo--4users_noAM_1tx1rx_noChannelCoding_idealCE_idealSyn_rayleigh_6tap_exp_noDoppler_BPSK.emf
................................................\.............\.....\BER_EbNo--4users_noAM_1tx1rx_noChannelCoding_idealCE_idealSyn_rayleigh_6tap_exp_noDoppler_BPSK.fig
................................................\.............\.....\BPSK_0HzDoppler.fig
................................................\.............\.....\BPSK_0HzDoppler_6tap_exp.fig
................................................\.............\.....\BPSK_10kmhr_6tap_exp.fig
................................................\.............\.....\BPSK_10kmhr_6tap_exp2.fig
................................................\.............\.....\BPSK_150kmhr_1symframe.fig
................................................\.............\.....\BPSK_150kmhr_6tapexp_5symperframe.fig
................................................\.............\.....\BPSK_50kmhr_6symperframe.fig
................................................\.............\.....\BPSK_50kmhr_6tap_exp.fig
................................................\.............\.....\BPSK_50kmhr_6tap_exp2_10symperframe.fig
................................................\.............\.....\bpsk_awgn.fig
................................................\.............\.....\fading_strunc.fig
................................................\.............\.....\fixed_jakesmodel_trunc_10kmhr_1symperframe.fig
................................................\.............\.....\jakes.fig
................................................\.............\.....\jakes_trunc.fig
................................................\.............\.....\QPSK_0HzDoppler_6tap_exp.fig
................................................\.............\.....\qpsk_awgn.fig
................................................\.............\.....\rand_jakesmodel_10kmhr_1symperframe.fig
................................................\.............\.....\untitled.fig
................................................\.............\channel est
................................................\.............\...........\BER_EbNo_LS_BPSK_0HzDoppler_6tapRayleigh.fig
................................................\.............\...........\BER_EbNo_LS_BPSK_0HzDoppler_6tapRayleigh2.fig
................................................\.............\...........\BER_EbNo_LS_BPSK_50kmhr_6tapRayleigh.fig
................................................\.............\...........\BER_EbNo_LS_DFT_BPSK_0HzDoppler_6tapRayleigh.fig
................................................\.............\...........\BPSK_10HzDoppler_estimation_comparision.fig
................................................\.............\...........\LS_DFT_freq_domain.fig
................................................\.............\...........\LS_DFT_freq_domain_noawgn.fig
................................................\.............\...........\LS_DFT_time_domain_noawgn.fig
................................................\.............\...........\MSE_EbNo_LS_BPSK_Okmhr.fig
................................................\.............\...........\MSE_EbNo_LS_DFT_BPSK_Okmhr.fig
................................................\.............\diversity
................................................\.............\.........\BER_EbNo_1tx2rx_MRC_BPSK_0kmhr.fig
................................................\.............\.........\BER_EbNo_1tx4rx_MRC_BPSK_0kmhr.fig
................................................\.............\.........\BER_EbNo_1tx_2rx_MRC.fig
................................................\.............\synch
................................................\.............\.....\BER_EbNo_1tx2rx_MRC_BPSK_0kmhr.fig
................................................\.............\.....\BER_EbNo_1tx4rx_MRC_BPSK_0kmhr.fig
................................................\.............\.....\BER_EbNo_2tx2rx_STBC_MRC_QPSK_0kmhr.fig
................................................\.............\.....\BER_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming1_multiantenna1.fig
................................................\.............\.....\BER_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming1_multiantenna2.fig
................................................\.............\.....\BER_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming2_multiantenna1.fig
................................................\.............\.....\BER_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming3_multiantenna1.fig
................................................\.............\.....\BER_EbNo_LS_1tx2rx_QPSK_0kmhr_no_synch_err.fig
................................................\.............\.....\TimingErr_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming1_multiantenna1.fig
................................................\.............\.....\TimingErr_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming1_multiantenna2.fig
................................................\.............\.....\TimingErr_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming2_multiantenna1.fig
................................................\.............\.....\TimingErr_EbNo_LS_1tx2rx_QPSK_0kmhr_frametiming3_multiantenna1.fig
................................................\set_11a_para.m
................................................\set_B3G_para.m
................................................\shift.m
................................................\stbc_code_TX.m
................................................\stbc_decode_TX2RX2.m
................................................\stbc_decode_TX2RX4.m
................................................\stbc_decode_TX4RX4.m
................................................\st_coding.m
................................................\st_decoding.m
................................................\sym_timing.m
................................................\Tap_Rayleigh_Jakes.m
................................................\Tap_Rayleigh_Jakes2.m
................................................\time_channel_para.m
................................................\time_channel_para2.m

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

  • 11111SSIM
    SSIM Index, Version 1.0 Copyright(c) 2003 Zhou Wang All Rights Reserved. The author was with Howard Hughes Medical Institute, and Laboratory for Computational Vision at Center for Neural Science and Courant Institute of Mathematical Sciences, New York University, USA. He is currently with Department of Electrical and Computer Engineering, University of Waterloo, Canada.
    2009-04-24 20:44:47下载
    积分：1
  • dataacquire
    通过matlab软件实现数据的从声卡采集(sound accquire)
    2009-06-07 10:00:03下载
    积分：1
  • lstm
    说明：  LSTM简单例程及源程序，LSTM例程，源程序(LSTM routines, source code)
    2020-10-22 12:24:06下载
    积分：1
  • ISM
    ISM算法示例，基本能用，还有问题，欢迎讨论(ISM algorithm for example, the basic use, there are questions, please discuss)
    2013-10-07 20:48:08下载
    积分：1
  • MVDR001program
    MVDR的一个程序 ，希望能够跟大家一起交流！(MVDR a process of hope and communicate with everyone)
    2009-02-25 21:37:46下载
    积分：1
  • faraday1
    说明：  这个例子显示了如何使用stretchmesh功能 扩大不增加人数的gridpoints在边缘计算窗口的大小。 (This example shows how to use the stretchmesh function to expand the size of the computation window at the edges without increasing the number of gridpoints. )
    2011-03-06 16:38:35下载
    积分：1
  • xiaobo_ni
    整数小波变换与图像压缩，逆变换源码，实现行、列逆变换，奇偶行列逆重排(Integer wavelet transform and image compression, inverse transform source code to achieve row, column inverse transform, rearrangement of odd and even ranks of the inverse)
    2011-06-05 12:59:08下载
    积分：1
  • FENGE
    matlab裂缝图像分割，先进行二值化，后边缘检测，最后用ostu类方间法阀值分割。(crack matlab image segmentation, binarization first, after edge detection, and finally between ostu class threshold segmentation method.)
    2021-03-25 13:09:13下载
    积分：1
  • LQR_control
    直升飞机的LQR控制在MATLAB中的实现,状态方程为8维.(LQR control helicopters in MATLAB in the realization of an 8-dimensional equation of state.)
    2008-03-19 21:27:20下载
    积分：1
  • wavelet_compress
    本程序为应用小波变换进行信号压缩。由于本程序涉及到了小波变换的函数，因此可能涉及到一些时频分析工具箱的函数。程序中应用db3小波进行3层分解，选用全局阈值进行阈值处理，即对各高频系数使用同一个阈值，进行阈值处理。(This procedure for the application of wavelet transform for signal compression. Since this procedure involves the wavelet transform of the function, it may involve a number of time-frequency analysis function of the toolbox. Procedures for the application of layer 3 to db3 wavelet decomposition, selection of the overall threshold threshold treatment, that is, on the high-frequency coefficients using the same threshold, the threshold for treatment.)
    2008-06-04 17:47:54下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2026 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！