登录
首页 » matlab » SpatialMultiplexing_OpenLoop_Mode3

SpatialMultiplexing_OpenLoop_Mode3

于 2016-12-10 发布 文件大小:4845KB
0 185
下载积分: 1 下载次数: 25
我要下载

代码说明：

  LTE下行链路空分复用开环。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 space division multiplexing ring opening. 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_OpenLoop_Mode3
..................................\aREADME.m,2796,2013-12-30
..................................\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,1434,2015-11-16
..................................\.......\...\...............\AWGNChannel.h,664,2015-11-16
..................................\.......\...\...............\AWGNChannel.obj,1025,2015-11-16
..................................\.......\...\...............\AWGNChannel1.c,4775,2015-11-16
..................................\.......\...\...............\AWGNChannel1.h,786,2015-11-16
..................................\.......\...\...............\AWGNChannel1.obj,3010,2015-11-16
..................................\.......\...\...............\bsxfun.c,1948,2015-11-16
..................................\.......\...\...............\bsxfun.h,732,2015-11-16
..................................\.......\...\...............\bsxfun.obj,1206,2015-11-16
..................................\.......\...\...............\buildInfo.mat,7897,2015-11-16
..................................\.......\...\...............\CblkSegParams.c,5295,2015-11-16
..................................\.......\...\...............\CblkSegParams.h,594,2015-11-16
..................................\.......\...\...............\CblkSegParams.obj,3163,2015-11-16
..................................\.......\...\...............\CbRateDematching.c,41337,2015-11-16
..................................\.......\...\...............\CbRateDematching.h,690,2015-11-16
..................................\.......\...\...............\CbRateDematching.obj,27738,2015-11-16
..................................\.......\...\...............\CbRateMatching.c,21414,2015-11-16
..................................\.......\...\...............\CbRateMatching.h,704,2015-11-16
..................................\.......\...\...............\CbRateMatching.obj,14619,2015-11-16
..................................\.......\...\...............\ChanEstimate_mTx.c,6717,2015-11-16
..................................\.......\...\...............\ChanEstimate_mTx.h,623,2015-11-16
..................................\.......\...\...............\ChanEstimate_mTx.obj,3569,2015-11-16
..................................\.......\...\...............\colon.c,2476,2015-11-16
..................................\.......\...\...............\colon.h,732,2015-11-16
..................................\.......\...\...............\colon.obj,2631,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn.c,2929,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn.h,703,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn.obj,2223,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_data.c,7958,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_data.h,2750,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_data.obj,7534,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_emxutil.c,8448,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_emxutil.h,1826,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_emxutil.obj,4352,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_initialize.c,2204,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_initialize.h,615,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_initialize.obj,2784,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex.bat,1108,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex.exp,304,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex.lib,6552,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex.mexw32,836096,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex.mk,4448,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex.mki,637,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mexutil.c,6361,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mexutil.h,1394,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mexutil.obj,3199,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex_lccstub.obj,366,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_mex_mex.def,141,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_terminate.c,1113,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_terminate.h,634,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_terminate.obj,1374,2015-11-16
..................................\.......\...\...............\commlteMIMO_fcn_types.h,35949,2015-11-16
..................................\.......\...\...............\commlteMIMO_SM_Mode3_step.c,15134,2015-11-16
..................................\.......\...\...............\commlteMIMO_SM_Mode3_step.h,768,2015-11-16
..................................\.......\...\...............\commlteMIMO_SM_Mode3_step.obj,7843,2015-11-16
..................................\.......\...\...............\commLTETurboDecoder.c,50653,2015-11-16
..................................\.......\...\...............\commLTETurboDecoder.h,907,2015-11-16
..................................\.......\...\...............\commLTETurboDecoder.obj,27784,2015-11-16
..................................\.......\...\...............\CRCDetector.c,3836,2015-11-16
..................................\.......\...\...............\CRCDetector.h,571,2015-11-16
..................................\.......\...\...............\CRCDetector.obj,1571,2015-11-16
..................................\.......\...\...............\CRCdetector1.c,1402,2015-11-16
..................................\.......\...\...............\CRCdetector1.h,688,2015-11-16
..................................\.......\...\...............\CRCdetector1.obj,1045,2015-11-16
..................................\.......\...\...............\CRCgenerator.c,10696,2015-11-16
..................................\.......\...\...............\CRCgenerator.h,645,2015-11-16
..................................\.......\...\...............\CRCgenerator.obj,6255,2015-11-16
..................................\.......\...\...............\CRCGenerator1.c,3399,2015-11-16
..................................\.......\...\...............\CRCGenerator1.h,585,2015-11-16
..................................\.......\...\...............\CRCGenerator1.obj,1573,2015-11-16
..................................\.......\...\...............\CSRgenerator.c,10943,2015-11-16
..................................\.......\...\...............\CSRgenerator.h,686,2015-11-16
..................................\.......\...\...............\CSRgenerator.obj,6498,2015-11-16
..................................\.......\...\...............\DemodulatorSoft.c,16057,2015-11-16
..................................\.......\...\...............\DemodulatorSoft.h,742,2015-11-16
..................................\.......\...\...............\DemodulatorSoft.obj,6253,2015-11-16
..................................\.......\...\...............\Descramble.c,4691,2015-11-16
..................................\.......\...\...............\Descramble.h,704,2015-11-16
..................................\.......\...\...............\Descramble.obj,3525,2015-11-16
..................................\.......\...\...............\diff.c,1345,2015-11-16
..................................\.......\...\...............\diff.h,563,2015-11-16
..................................\.......\...\...............\diff.obj,770,2015-11-16
..................................\.......\...\...............\eml_error.c,1089,2015-11-16
..................................\.......\...\...............\eml_error.h,655,2015-11-16
..................................\.......\...\...............\eml_error.obj,1183,2015-11-16
..................................\.......\...\...............\eml_int_forloop_overflow_check.c,2374,2015-11-16
..................................\.......\...\...............\eml_int_forloop_overflow_check.h,635,2015-11-16
..................................\.......\...\...............\eml_int_forloop_overflow_check.obj,1556,2015-11-16
..................................\.......\...\...............\eml_sort.c,5719,2015-11-16

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

  • STBC_BER
    仿真空时分组编码的误码率曲线，通过空时分组的性能曲线，得到其分集优势(Simulation of space-time block-coded BER curves, through the space-time block of the performance curve, by its sub-set of advantages)
    2009-09-17 17:26:20下载
    积分：1
  • bpsknqpskmodulationsrinivaas
    bpsk and qpsk in matlab
    2010-09-26 22:06:38下载
    积分：1
  • kleinbauer
    一个介绍如何使用matlab的文献，还详细说明了原理(A paper about the matlab filter and it introduction how to use it.)
    2013-11-20 15:47:52下载
    积分：1
  • data
    绘制CIE1933标准的马蹄形轮廓,是LED和图像色度校准不可缺少的工具(The horseshoe-shaped contour drawing CIE1933 standard)
    2013-12-09 02:39:10下载
    积分：1
  • OFDM-QPSK-Modulation
    此程序是用于ofdm的调制的，采用QPSK的方法进行调制解调(This procedure is used for OFDM modulation, and the use of QPSK modulation and demodulation method)
    2020-07-02 05:00:02下载
    积分：1
  • Thgorithm
    说明：  测试系统模型的测试路径选择算法研究The test based on the test system model path algorithm(The test based on the test system model path algorithm)
    2011-03-01 17:19:14下载
    积分：1
  • communication_matlab
    通信原理的好书，一步步matlab讲解，由浅入深，值得看~(Communication theory books, matlab explain step by step, progressive approach, it is worth watching ~)
    2011-11-02 14:33:19下载
    积分：1
  • FPGA-DESIGN-OF-A-HARDWARE-EFFICIENT-PIPELINED-FFT
    The digital wideband receiver is a critical component in modern digital receivers. The receiver has the capability to expose and distinguish adverse signals contained within a large bandwidth (on the order of 1 GHz or more) of the radio frequency (RF) spectrum. The spectral estimator is a highly important design element imperative to the detection of the hostile signals within the intended bandwidth in order to fulfill mission requirements. This crucial element of an FFT-based digital receiver presented several challenges in the development of this research. The task at hand was to minimize the total hardware consumption contributed to the complex arithmetic operations while maintaining a high single signal spurious-free dynamic range (SFDR) and multi-tone instantaneous dynamic range (IDR).
    2014-12-25 00:58:45下载
    积分：1
  • Bangkok
    travel guide to bankok
    2010-11-01 20:27:49下载
    积分：1
  • newton2
    说明：  非线性方程组的牛顿迭代方法与非线性方程解法类似，也是求解非线性方程组的常用方法。(Nonlinear equations of the Newton iteration method and nonlinear equations similar to solving nonlinear equations is a common method.)
    2010-04-13 21:58:27下载
    积分：1
  • 696518资源总数
  • 106148会员总数
  • 10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！