登录
首页 » matlab » SpatialMultiplexing_ClosedLoop_Mode4

SpatialMultiplexing_ClosedLoop_Mode4

于 2016-12-10 发布 文件大小:4966KB
0 161
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

  • Bayes-and-Fisher
    模式识别的贝叶斯算法和Fisher算法 加以比较 有图有真相(Bayesian algorithm and pattern recognition algorithms to compare Fisher map with the truth)
    2011-07-06 16:44:14下载
    积分：1
  • image_solve
    图像统计处理案例程序，包括数字图像，GIF格式图像(Cases image statistics program, including digital images, GIF format images)
    2015-03-10 16:04:53下载
    积分：1
  • main
    信号分析与处理，第一部分_序列的产生和序列的傅立叶变换，第二部分_序列的卷积，第三部分_FT时域卷积定理验证，(Signal processing analysis and application.)
    2010-06-06 11:25:19下载
    积分：1
  • code
    Basic MATLAB code for Image Processing
    2009-06-05 22:08:47下载
    积分：1
  • SSSS
    通过建立运动模糊数学模型, 进行了消除运动模糊的仿真实验, 维纳滤波恢复运动模糊图像效果较 好。在图像恢复技术中, 点扩展函数( PSF) 是影响图像恢复结果的关键因素, 所以常常利用先验知识和后验判 断方法估计PSF函数来恢复图像。实验表明在实际恢复过程中如果运动模糊图像混入了噪声, 必须考虑到信噪 比、噪声的自相关函数和原始图像的自相关函数对恢复后图像的影响。(Through the establishment of mathematical model of motion blur was conducted simulation experiments to eliminate motion blur, Wiener filter to restore motion-blurred image effect is good. In the image restoration technology, the point spread function (PSF) that affect the results of image restoration a key factor, so often used to determine a priori knowledge and a posteriori estimation PSF function to restore the image. Experimental results show that the actual recovery process if the motion-blurred images mixed with the noise, we must take into account the signal to noise ratio, the noise autocorrelation function and the autocorrelation function of the original image of the restored image effects.)
    2010-01-09 15:26:43下载
    积分：1
  • RBF_Iris_TOOLBox
    it s RBF neural network by using tool box matlab
    2014-01-24 15:40:17下载
    积分：1
  • RVFL_train_val
    Copyright (c) 2017, Le Zhang All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: * Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. * Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution(THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.)
    2021-04-04 15:49:04下载
    积分：1
  • PI-PWM
    its an rectifier circuit with PWM PI control technique for high accuracy and better output with very low THD.
    2013-11-18 14:42:50下载
    积分：1
  • Source-Code-To-Vessel-Detection-In-Eye-Retina
    Source Code To Vessel Detection In Eye Retina
    2015-03-05 16:15:07下载
    积分：1
  • polar-code-for-AWGN
    AWGN信道下polar code编译码程序，其中包含Z参数在AWGN信道下的计算及信道极化的索引和排序。(Polar code coding and decoding on AWGN Channel including the Z parameter compution ，index and sort.)
    2021-03-16 10:59:22下载
    积分：1
  • 696518资源总数
  • 104432会员总数
  • 16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！