登录
首页 » matlab » SpatialMultiplexing_ClosedLoop_Mode4

SpatialMultiplexing_ClosedLoop_Mode4

于 2016-12-10 发布 文件大小:4966KB
0 248
下载积分: 1 下载次数: 44

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

  • decisionBoundaryPlot
    说明:  采用matlab编写的,采用二进制进行模式分类的程序,(prepared using Matlab, using binary for pattern classification procedures,)
    2005-09-12 10:39:17下载
    积分:1
  • jiyuMatlab
    基于Matlab的红外图像的轮廓特征提取 基于Matlab的红外图像的轮廓特征提取 (Matlab-based infrared images of the contour feature extraction Matlab-based infrared images of the contour feature extraction)
    2011-05-09 15:34:35下载
    积分:1
  • liziqunjiejueTSP
    基本蚁群算法解TSP问题[matlab程序,大家参考(basic ACO for TSP [Matlab procedures, reference)
    2007-05-22 13:40:41下载
    积分:1
  • xiangguanquxian
    计算两个等长信号的相关曲线 ,并绘出图形。采用取地址操作 运算速度快(Two other long signal calculated correlation curve, and draw the graph. Address by taking action fast speed)
    2010-07-05 18:31:05下载
    积分:1
  • Image-Matting
    csdn上下载的闭形式抠图算法代码,Matlab实现。(A closed form solution for matting)
    2015-03-31 17:42:34下载
    积分:1
  • time_model_PLL
    PLL的simulink仿真模型,希望能有用,谢谢大家(PLL in simulink simulation models, hoping to be useful, thank you)
    2010-05-18 15:07:17下载
    积分:1
  • bayesianression
    里面有两个基于贝叶斯的估计,第一个是代码形式,第二个是txt格式。(There are two based on bayes estimates, the first is the code form, the second is the TXT format.)
    2014-12-11 12:54:54下载
    积分:1
  • GE060
    Hierarchical Adaptive Fuzzy Sliding -Mode Controller for Multimachine Power Systems
    2014-11-07 03:16:01下载
    积分:1
  • ami
    ami码,单极性不归零码的matlab仿真的实现,属于本人课内作业(ami yards Unipolar not NRZ Simulation of Matlab, I belong to the reverse operation)
    2005-06-13 01:01:44下载
    积分:1
  • PBUCwithemissions11
    Matlab program for optimal power dispatch of current
    2012-06-16 19:04:56下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载