登录
首页 » matlab » SpatialMultiplexing_ClosedLoop_Mode4

SpatialMultiplexing_ClosedLoop_Mode4

于 2016-12-10 发布 文件大小:4966KB
0 214
下载积分: 1 下载次数: 44
我要下载

代码说明：

  LTE下行链路空分复用闭环。仿真配置：16QAM调制、1/3码率Turbo编码、10MHz带宽、每个子帧一个PDCCH符号、单码字，8次迭代Turbo译码、早期终止机制、MMSE（最小均方误差）MIMO接收器，PDSCH发射端进行空分复用预编码。信道模型是LTE-MIMO信道附加AWGN信道。(LTE downlink closed loop space division multiplexing. Simulation Configuration: 16QAM modulation, 1/3 rate Turbo code, 10MHz of bandwidth, one PDCCH per subframe symbol, single code word, 8 Turbo decoding iterations, early termination mechanisms, the MMSE (minimum mean square error) the MIMO receivers, PDSCH transmitting terminal space division multiplexing precoding. Channel model is LTE-MIMO channel additional AWGN.)

文件列表：

SpatialMultiplexing_ClosedLoop_Mode4
....................................\aREADME.m,339,2013-12-06
....................................\OneCodeWord
....................................\...........\aREADME.m,3521,2013-12-08
....................................\...........\AWGNChannel.m,246,2013-01-31
....................................\...........\CblkSegParams.m,1031,2012-12-12
....................................\...........\CbRateDematching.m,5883,2012-12-12
....................................\...........\CbRateMatching.m,3029,2012-12-12
....................................\...........\ChanEstimate_mTx.m,2920,2013-02-26
....................................\...........\CheckAntennaConfig.m,413,2013-03-08
....................................\...........\codegen
....................................\...........\.......\mex
....................................\...........\.......\...\commlteMIMO_fcn
....................................\...........\.......\...\...............\AWGNChannel.c,1438,2016-04-09
....................................\...........\.......\...\...............\AWGNChannel.h,664,2016-04-09
....................................\...........\.......\...\...............\AWGNChannel.obj,1029,2016-04-09
....................................\...........\.......\...\...............\AWGNChannel1.c,4775,2016-04-09
....................................\...........\.......\...\...............\AWGNChannel1.h,786,2016-04-09
....................................\...........\.......\...\...............\AWGNChannel1.obj,3010,2016-04-09
....................................\...........\.......\...\...............\bsxfun.c,1948,2016-04-09
....................................\...........\.......\...\...............\bsxfun.h,732,2016-04-09
....................................\...........\.......\...\...............\bsxfun.obj,1206,2016-04-09
....................................\...........\.......\...\...............\buildInfo.mat,7182,2016-04-09
....................................\...........\.......\...\...............\CblkSegParams.c,5301,2016-04-09
....................................\...........\.......\...\...............\CblkSegParams.h,594,2016-04-09
....................................\...........\.......\...\...............\CblkSegParams.obj,3167,2016-04-09
....................................\...........\.......\...\...............\CbRateDematching.c,41457,2016-04-09
....................................\...........\.......\...\...............\CbRateDematching.h,690,2016-04-09
....................................\...........\.......\...\...............\CbRateDematching.obj,27738,2016-04-09
....................................\...........\.......\...\...............\CbRateMatching.c,21478,2016-04-09
....................................\...........\.......\...\...............\CbRateMatching.h,704,2016-04-09
....................................\...........\.......\...\...............\CbRateMatching.obj,14623,2016-04-09
....................................\...........\.......\...\...............\ChanEstimate_mTx.c,6719,2016-04-09
....................................\...........\.......\...\...............\ChanEstimate_mTx.h,623,2016-04-09
....................................\...........\.......\...\...............\ChanEstimate_mTx.obj,3569,2016-04-09
....................................\...........\.......\...\...............\colon.c,2476,2016-04-09
....................................\...........\.......\...\...............\colon.h,732,2016-04-09
....................................\...........\.......\...\...............\colon.obj,2631,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn.c,2945,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn.h,703,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn.obj,2247,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_data.c,8240,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_data.h,2816,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_data.obj,7904,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_emxutil.c,8448,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_emxutil.h,1826,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_emxutil.obj,4352,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_initialize.c,2204,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_initialize.h,615,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_initialize.obj,2784,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex.bat,1108,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex.exp,304,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex.lib,6552,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex.mexw32,820736,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex.mk,3992,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex.mki,637,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mexutil.c,6551,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mexutil.h,1452,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mexutil.obj,3408,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex_lccstub.obj,366,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_mex_mex.def,141,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_terminate.c,1113,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_terminate.h,634,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_terminate.obj,1374,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_fcn_types.h,36079,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_SM_step.c,14884,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_SM_step.h,732,2016-04-09
....................................\...........\.......\...\...............\commlteMIMO_SM_step.obj,7943,2016-04-09
....................................\...........\.......\...\...............\commLTETurboDecoder.c,50653,2016-04-09
....................................\...........\.......\...\...............\commLTETurboDecoder.h,907,2016-04-09
....................................\...........\.......\...\...............\commLTETurboDecoder.obj,27784,2016-04-09
....................................\...........\.......\...\...............\CRCDetector.c,3836,2016-04-09
....................................\...........\.......\...\...............\CRCDetector.h,571,2016-04-09
....................................\...........\.......\...\...............\CRCDetector.obj,1571,2016-04-09
....................................\...........\.......\...\...............\CRCdetector1.c,1406,2016-04-09
....................................\...........\.......\...\...............\CRCdetector1.h,688,2016-04-09
....................................\...........\.......\...\...............\CRCdetector1.obj,1049,2016-04-09
....................................\...........\.......\...\...............\CRCgenerator.c,10700,2016-04-09
....................................\...........\.......\...\...............\CRCgenerator.h,645,2016-04-09
....................................\...........\.......\...\...............\CRCgenerator.obj,6259,2016-04-09
....................................\...........\.......\...\...............\CRCGenerator1.c,3399,2016-04-09
....................................\...........\.......\...\...............\CRCGenerator1.h,585,2016-04-09
....................................\...........\.......\...\...............\CRCGenerator1.obj,1573,2016-04-09
....................................\...........\.......\...\...............\CSRgenerator.c,10949,2016-04-09
....................................\...........\.......\...\...............\CSRgenerator.h,686,2016-04-09
....................................\...........\.......\...\...............\CSRgenerator.obj,6502,2016-04-09
....................................\...........\.......\...\...............\DemodulatorSoft.c,16067,2016-04-09
....................................\...........\.......\...\...............\DemodulatorSoft.h,742,2016-04-09
....................................\...........\.......\...\...............\DemodulatorSoft.obj,6257,2016-04-09
....................................\...........\.......\...\...............\Descramble.c,4707,2016-04-09
....................................\...........\.......\...\...............\Descramble.h,704,2016-04-09
....................................\...........\.......\...\...............\Descramble.obj,3529,2016-04-09
....................................\...........\.......\...\...............\diff.c,1345,2016-04-09
....................................\...........\.......\...\...............\diff.h,563,2016-04-09
....................................\...........\.......\...\...............\diff.obj,770,2016-04-09
....................................\...........\.......\...\...............\eml_error.c,1089,2016-04-09
....................................\...........\.......\...\...............\eml_error.h,655,2016-04-09
....................................\...........\.......\...\...............\eml_error.obj,1183,2016-04-09
....................................\...........\.......\...\...............\eml_int_forloop_overflow_check.c,2374,2016-04-09
....................................\...........\.......\...\...............\eml_int_forloop_overflow_check.h,635,2016-04-09

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

  • ANN
    神经网络实现线损预测，具有很好的可扩展性，适合初学者进行学习(The power of neural network prediction, has good scalability, suitable for beginners to learn the topic)
    2014-11-29 10:15:13下载
    积分：1
  • science(15)
    关于中子成像的技术文档，主要描述的是热中子....(neutron imaging)
    2011-11-29 15:37:26下载
    积分：1
  • MIMO_OFDM
    CODE MATLAB POUR MIMO
    2015-04-18 08:36:46下载
    积分：1
  • reparameterization
    To obtain the reparameterization of Bezier curve which is widely used in CG and CAGD design. Include the computing of Bernstein basis. C1 continuous boundary is used to the course.(To obtain the reparameterization of Bezier curve which is widely used in CG and CAGD design. Include the computing of Bernstein basis. C1 continuous boundary is used to the course.iii nnn mmm nnn)
    2009-05-16 07:36:49下载
    积分：1
  • digtalsignalprowithmatlab
    说明：  详细的介绍用Matlab处理数字信号的方法(Detailed introduction of digital signal processing using Matlab method)
    2008-10-26 10:34:53下载
    积分：1
  • MATLAB-QPSK
    QPSK信号生成 matlab编写的程序 并且分为i路 与q路进行(QPSK signal)
    2013-11-21 22:24:34下载
    积分：1
  • Using_Matlab_Simulink1
    this file is about using matlab simulink.
    2012-11-25 03:00:23下载
    积分：1
  • Prim
    matlab 经典程序 classic最佳生成树(matlab classic classic best spanning tree procedure)
    2008-08-02 12:05:09下载
    积分：1
  • MIMO-OFDM系统信道估计算法研究(LS,LMMSE),对受加性高斯白噪声干扰 MIMOOFDM
    MIMO-OFDM系统信道估计算法研究(LS,LMMSE),对受加性高斯白噪声干扰，多径效应影响的信号，仿真研究MIMO-OFDM的性能(A Study on the Channel Estimation Algorithms of MIMO-OFDM System)
    2020-06-27 00:40:01下载
    积分：1
  • 2phasestepMotor
    说明：  通过步进电机的数学模型对二相步进电机进行仿真，并通过卡尔曼滤波处理数据，最终通过处理后的数据预估两相步进电机的相电流和相电压。(The mathematical model of the stepping motor is used to simulate the two-phase stepping motor, and the data are processed by Kalman filter. Finally, the phase current and phase voltage of the two-phase stepping motor are predicted by the processed data.)
    2020-06-23 06:00:02下载
    积分：1
  • 696518资源总数
  • 106161会员总数
  • 5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© 2019-2025 | 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！