登录
首页 » matlab » 4x4_MIMO

4x4_MIMO

于 2021-03-03 发布 文件大小:3587KB
0 306
下载积分: 1 下载次数: 89

代码说明:

  该程序给出了一个4*4_MIMO的实现,包含802.11n信道模型和AWGN信道模型,同时给出了在此模型下的时频估计计算,最后得到信噪比与误码率之间的关系曲线图。(The program gives a 4* 4_MIMO of implementation, including 802.11n channel models and AWGN channel model, while at the same time gives this model the frequency estimation is calculated, and finally get to noise ratio and bit error rate curve between Figure.)

文件列表:

4x4_exploration
...............\add_11n_paths.m,1077,2010-08-21
...............\add_DFE_paths.m,1052,2010-08-21
...............\compensate_IQ.m,1037,2010-08-21
...............\dependent_parameters.m,13067,2010-08-21
...............\FunctionsAnalog
...............\...............\lagrange_coeff.m,1494,2010-08-21
...............\...............\lagrange_interp.m,2346,2010-08-21
...............\...............\NonLinAmp2.m,3341,2010-08-21
...............\...............\RX_AGC.m,1804,2010-08-21
...............\...............\RX_AWGN.m,1809,2010-08-21
...............\...............\RX_CFO.m,1530,2010-08-21
...............\...............\RX_CNQ.m,2281,2010-08-21
...............\...............\RX_global.m,3192,2010-08-21
...............\...............\RX_IQ.m,2318,2010-08-21
...............\...............\rx_nonideal.m,1741,2010-08-21
...............\...............\RX_PN.m,4841,2010-08-21
...............\...............\RX_SCO.m,3959,2010-08-21
...............\...............\test_file.m,847,2010-08-21
...............\...............\test_nonlin.m,563,2010-08-21
...............\...............\test_sco.m,229,2010-08-21
...............\...............\time_delay.m,1444,2010-08-21
...............\...............\TX_global.m,2740,2010-08-21
...............\...............\TX_IQ.m,2278,2010-08-21
...............\...............\tx_nonideal.m,1929,2010-08-21
...............\...............\TX_PA.m,3067,2010-08-21
...............\FunctionsChannels
...............\.................\ChannelModel_11n_V4
...............\.................\...................\11-03-0940-04-000n-tgn-channel-models.doc,1305088,2010-08-21
...............\.................\...................\Correlation_Multiple_Cluster
...............\.................\...................\............................\AS2sigma_gaussian_180.mat,2248,2010-08-21
...............\.................\...................\............................\AS2sigma_gaussian_90.mat,2248,2010-08-21
...............\.................\...................\............................\AS2sigma_laplacian_180.mat,2248,2010-08-21
...............\.................\...................\............................\AS2sigma_laplacian_90.mat,2248,2010-08-21
...............\.................\...................\............................\correlation.m,6159,2014-05-01
...............\.................\...................\............................\dialog.m,4123,2010-08-21
...............\.................\...................\............................\erfcomp.m,1613,2010-08-21
...............\.................\...................\............................\geometry2correlation.m,3940,2010-08-21
...............\.................\...................\............................\normalisation_gaussian.m,3486,2010-08-21
...............\.................\...................\............................\normalisation_laplacian.m,3640,2010-08-21
...............\.................\...................\............................\normalisation_uniform.m,1781,2010-08-21
...............\.................\...................\............................\plot_gaussian.m,2216,2010-08-21
...............\.................\...................\............................\plot_laplacian.m,2187,2010-08-21
...............\.................\...................\............................\plot_uniform.m,2433,2010-08-21
...............\.................\...................\............................\Rxx_gaussian.m,2304,2010-08-21
...............\.................\...................\............................\Rxx_laplacian.m,1994,2010-08-21
...............\.................\...................\............................\Rxx_uniform.m,1897,2010-08-21
...............\.................\...................\............................\Rxy_gaussian.m,2498,2010-08-21
...............\.................\...................\............................\Rxy_laplacian.m,2311,2010-08-21
...............\.................\...................\............................\Rxy_uniform.m,1969,2010-08-21
...............\.................\...................\............................\stat_laplacian.m,2750,2010-08-21
...............\.................\...................\Indoor
...............\.................\...................\......\add_fluorescent_effects.m,5238,2010-08-21
...............\.................\...................\......\example_MIMO.m,14661,2010-08-21
...............\.................\...................\......\example_MIMO_try.m,13157,2010-08-21
...............\.................\...................\......\example_MIMO_try2.m,14692,2010-08-21
...............\.................\...................\......\Geometry2TGnCorrelation.m,15233,2010-08-21
...............\.................\...................\......\IEEE_802_11_Cases.m,24592,2010-08-21
...............\.................\...................\......\implementation_note_TGn_v32.pdf,2718218,2010-08-21
...............\.................\...................\......\init_fading_time.m,6203,2010-08-21
...............\.................\...................\......\init_MIMO_channel.m,3197,2010-08-21
...............\.................\...................\......\init_Rice.m,3262,2010-08-21
...............\.................\...................\......\plot_MIMO.m,14261,2010-08-21
...............\.................\...................\......\SelfGeometry2TGnCorrelation.m,19449,2010-08-21
...............\.................\Channel_11n.m,14887,2010-08-21
...............\.................\Channel_11n_old.m,14269,2010-08-21
...............\.................\Channel_3GPP.m,10242,2010-08-21
...............\.................\channel_generation.m,1082,2010-08-21
...............\FunctionsDigital
...............\................\acquisition.m,8704,2010-08-21
...............\................\add_noise.m,732,2010-08-21
...............\................\bit2qam.m,1358,2010-08-21
...............\................\Channel_11n.m,14887,2010-08-21
...............\................\Channel_11n_old.m,14269,2010-08-21
...............\................\Channel_3GPP.m,10242,2010-08-21
...............\................\channel_coding.m,10088,2010-08-21
...............\................\channel_convolution.m,570,2010-08-21
...............\................\channel_decoding.m,9350,2010-08-21
...............\................\channel_generation.m,1082,2010-08-21
...............\................\Chest_Preamble11n.m,12666,2010-08-21
...............\................\CoarseSyncro_11n.m,937,2010-08-21
...............\................\demapping.m,6546,2010-08-21
...............\................\digital_filters.m,385,2010-08-21
...............\................\digital_functions.m,1701,2010-08-21
...............\................\equalization.m,26615,2010-08-21
...............\................\equalization_backup.m,20863,2010-08-21
...............\................\equalization_orig.m,7074,2010-08-21
...............\................\equalization_SIG.m,17789,2010-08-21
...............\................\equalization_workingCFOtracking.m,16060,2010-08-21
...............\................\equalizer_computation.m,5882,2010-08-21
...............\................\filter_preamble.m,550,2010-08-21
...............\................\generate_cdma_codes.m,541,2010-08-21
...............\................\generate_rx_blocks.m,5442,2010-08-21
...............\................\generate_tx_signals.m,1981,2010-08-21
...............\................\GenWLAN_11n_preamble.m,12278,2010-08-21
...............\................\info_generation.m,449,2010-08-21
...............\................\InitializeMyLDPC_80211n.m,10441,2010-08-21
...............\................\LDPC
...............\................\....\bit2llr.m,62,2010-08-21
...............\................\....\flexFECLDPC_1_2.mat,81006,2010-08-21

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

  • Matlab
    学习MATLAB的教学课件,对初学者MATLAB有很大的帮助,(This paper is a courseware of matlab it is helpful for the beginner)
    2010-11-24 20:41:45下载
    积分:1
  • matlab-homework1
    MATLAB作业一 分别用for和while循环结构编写程序,求出 。并考虑一种避免循环语句的程序设计算法,比较不同算法的运行时间。(MATLAB operating a program were used for and while loops structure determined. And consider a way to avoid the loop statement programming algorithm, the running time of the different algorithms.)
    2012-09-03 10:57:39下载
    积分:1
  • Simulated-annealing-for-bier127.tsp
    matlab source for Simulated annealing solving bier127.tsp
    2015-02-02 21:55:00下载
    积分:1
  • 能够检测异常值 数据降维 特征提取 鲁棒主成分分析方法HRPCA
    能够检测异常值 数据降维 特征提取 鲁棒主成分分析方法(Robust PCA)
    2020-07-04 08:40:01下载
    积分:1
  • vcc_mex
    一般情况下,我们都是在MATLAB命令行或DOS命令行下编译MEX程序。 所用的命令就是:mex filename.c 这有很多不方便的地方: a. 虽然mex也可以编译C++的mex程序,但是它的主框架仍是C的 a. 当程序有多个模块时,需要多次使用mex命令,操作很麻烦 b. 不能利用VC特有的ClassWizard自动创建和维护类 c. 不能用MFC类库编写应用程序 d. 不能方便地进行类似VC的项目管理 本文详细解说如何在IDE中编译MEX程序(Under normal circumstances, we are all in the MATLAB command line or DOS command line program to compile MEX. Command is used by: mex filename.c This has a lot of inconvenient places: a. Although the mex can also compile C++ The mex program, but it is still the main frame C of a. When the procedure has a number of modules the need to repeatedly use the mex command, the operation is cumbersome b. Can not use VC-specific ClassWizard automatically create and maintain the category c. can not use MFC class library to write applications easily d. should not conduct a similar project management VC a detailed explanation of how this article IDE compiling MEX procedures)
    2007-09-27 15:44:55下载
    积分:1
  • SevenzSegment
    Very flexible function, you can create seven segment image of any size
    2010-10-11 07:14:42下载
    积分:1
  • BCH_bm_simulation
    An encoder/decoder for binary BCH codes Error correction using the BERLEKAMP-MASSEY ALGORITHM.Any (valid) code length can be input(An encoder/decoder for binary BCH codes Er Ryan correction using the BERLEKAMP- MASSEY ALG ORITHM.Any (valid) code length can be input)
    2006-09-05 08:32:26下载
    积分:1
  • AM
    说明:  am modulator and demodulator in matlab
    2011-12-19 16:18:05下载
    积分:1
  • 12
    说明:  从随机理论中的二项式分布出发。定量分析了伽尔顿板实验,给出了分布函数。(This paper begins with the binomiM distribution in the random theory and then furthers on analysis of the distributive curve of Gahon board experiment)
    2011-06-12 21:46:31下载
    积分:1
  • 2
    说明:  混合群智能优化的模糊PID控制,该设计用于汽轮机调速器的设计(A Hybrid PSO_Fuzzy_PID Controller for Gas Turbine Speed Control)
    2013-11-09 23:00:48下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载