登录
首页 » matlab » MIMO-downlink

MIMO-downlink

于 2011-02-28 发布 文件大小:78KB
0 124
下载积分: 1 下载次数: 4

代码说明:

说明:  基于SLNR准则的MIMO下行链路预编码(SLNR criteria based precoding MIMO downlink)

文件列表:

article
.......\CSIP
.......\....\precoding
.......\....\.........\ESLNR_MultipleAntenna
.......\....\.........\.....................\another_sort.m,553,2008-12-15
.......\....\.........\.....................\coherence_receive_MultiAnt.m,2062,2009-06-24
.......\....\.........\.....................\coherence_receive_SingleAnt.m,1545,2009-06-24
.......\....\.........\.....................\EMMSE.m,459,2010-01-21
.......\....\.........\.....................\feedback.m,571,2009-06-28
.......\....\.........\.....................\main.m,7707,2010-01-21
.......\....\.........\.....................\main2.m,9381,2009-09-11
.......\....\.........\.....................\MMSE_Dabbagh.m,390,2009-06-28
.......\....\.........\.....................\RVQ.m,294,2009-06-22
.......\....\.........\.....................\SLNR_MultiAnt.m,2448,2009-09-08
.......\....\.........\.....................\SLNR_MultiAnt_modified.m,2827,2009-12-07
.......\....\.........\.....................\SLNR_SingleAnt.m,730,2009-09-05
.......\....\.........\.....................\SLNR_SingleAnt_modified.m,812,2009-07-06
.......\....\.........\.....................\source_BPSK.m,436,2009-05-20
.......\....\.........\.....................\source_QPSK.m,657,2009-04-24
.......\....\.........\.....................\Untitled.m,728,2009-10-09
.......\....\.........\.....................\Untitled2.m,953,2009-12-28
.......\....\.........\ESLNR_SingleAntenna
.......\....\.........\...................\another_sort.m,553,2008-12-15
.......\....\.........\...................\coherence_receive_SingleAnt.m,1547,2009-06-23
.......\....\.........\...................\EMMSE.m,485,2010-01-21
.......\....\.........\...................\feedback.m,609,2009-06-22
.......\....\.........\...................\main.m,5643,2010-01-21
.......\....\.........\...................\RVQ.m,294,2009-06-22
.......\....\.........\...................\SLNR_SingleAnt.m,787,2009-06-23
.......\....\.........\...................\SLNR_SingleAnt_modified.m,890,2009-06-22
.......\....\.........\...................\source_BPSK.m,436,2009-05-20
.......\....\.........\...................\source_QPSK.m,657,2009-04-24
.......\....\.........\...................\Untitled.m,1614,2009-12-25
.......\....\.........\...................\Untitled2.m,109,2009-12-09
.......\....\scheduling
.......\....\..........\ESLNR_MMSLNR
.......\....\..........\............\another_sort.m,553,2008-12-15
.......\....\..........\............\coherence_receive.m,1590,2009-05-22
.......\....\..........\............\coherence_receive_SingleAnt.m,1503,2009-06-22
.......\....\..........\............\feedback.m,609,2009-06-22
.......\....\..........\............\main.m,7300,2010-01-21
.......\....\..........\............\maxH.m,291,2009-12-11
.......\....\..........\............\MMSLNR.m,6121,2009-06-04
.......\....\..........\............\MMSLNR_modified.m,6373,2009-06-08
.......\....\..........\............\MMSLNR_SingleAnt.m,6012,2009-06-23
.......\....\..........\............\MMSLNR_SingleAnt_modified.m,6256,2009-06-23
.......\....\..........\............\RRS.m,209,2009-12-11
.......\....\..........\............\RVQ.m,294,2009-06-22
.......\....\..........\............\SLNR.m,779,2009-06-17
.......\....\..........\............\SLNR_modified.m,932,2009-06-17
.......\....\..........\............\SLNR_PD_modified.m,1113,2009-06-17
.......\....\..........\............\SLNR_SingleAnt.m,743,2009-06-22
.......\....\..........\............\SLNR_SingleAnt_modified.m,890,2009-06-22
.......\....\..........\............\SLNR_SingleAnt_PD.m,960,2009-06-23
.......\....\..........\............\SLNR_SingleAnt_PD_modified.m,1113,2009-06-23
.......\....\..........\............\source_BPSK.m,436,2009-05-20
.......\....\..........\............\source_QPSK.m,657,2009-04-24
.......\....\..........\............\Untitled.m,1069,2009-12-28
.......\CSIT
.......\....\precoding
.......\....\.........\MultiStream
.......\....\.........\...........\BD.m,929,2010-01-20
.......\....\.........\...........\BD_PD.m,936,2010-01-20
.......\....\.........\...........\channel_inversion.m,146,2009-09-14
.......\....\.........\...........\coherence_receive.m,1965,2010-01-20
.......\....\.........\...........\gram_schmidt.m,357,2009-09-15
.......\....\.........\...........\main.m,4907,2010-01-21
.......\....\.........\...........\main2.m,3651,2010-01-21
.......\....\.........\...........\main3.m,4360,2010-01-21
.......\....\.........\...........\main4.m,2958,2010-01-21
.......\....\.........\...........\MMSE.m,158,2010-01-20
.......\....\.........\...........\PowerDistribution_Reciprocal.m,229,2009-10-30
.......\....\.........\...........\PowerDistribution_Reciprocal_MultiStream1.m,424,2009-11-26
.......\....\.........\...........\SLNR.m,602,2009-11-10
.......\....\.........\...........\SLNR_PD.m,697,2010-01-20
.......\....\.........\...........\SLNR_PD_CN.m,694,2009-12-09
.......\....\.........\...........\SLNR_PD_modified.m,702,2010-01-20
.......\....\.........\...........\SLNR_PD_SINR.m,980,2009-12-09
.......\....\.........\...........\source_BPSK.m,460,2009-09-29
.......\....\.........\...........\source_QPSK.m,669,2009-09-15
.......\....\.........\...........\svd_receive.m,1743,2009-11-26
.......\....\.........\...........\Untitled.m,5288,2010-01-17
.......\....\.........\SingleStream
.......\....\.........\............\BD.m,929,2010-01-20
.......\....\.........\............\BD_PD.m,936,2010-01-20
.......\....\.........\............\channel_inversion.m,168,2009-11-09
.......\....\.........\............\coherence_receive.m,1824,2010-01-20
.......\....\.........\............\main.m,5708,2010-01-21
.......\....\.........\............\main2.m,4239,2010-01-21
.......\....\.........\............\main3.m,4376,2010-01-21
.......\....\.........\............\MMSE.m,158,2010-01-20
.......\....\.........\............\PowerDistribution_Reciprocal.m,229,2009-11-26
.......\....\.........\............\SINR.m,2039,2009-11-09
.......\....\.........\............\SLNR.m,519,2009-11-10
.......\....\.........\............\SLNR_PD.m,587,2009-10-30
.......\....\.........\............\SLNR_PD_CN.m,609,2009-11-10
.......\....\.........\............\SLNR_PD_SINR.m,815,2009-11-10
.......\....\.........\............\source_BPSK.m,460,2009-09-29
.......\....\.........\............\source_QPSK.m,669,2009-09-15
.......\....\.........\............\svd_receive.m,1743,2010-01-20

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

  • Lidar2dlg
    利用激光雷达技术生产数字线划图的技术参考文献,对3S技术人员很有帮助,难得的好资料。(By using laser radar technology to produce a DLG technique reference documents)
    2010-11-05 20:20:12下载
    积分:1
  • f_MLB1
    一个蜂窝网络中的最大负载均衡算法仿真程序(A maximum load balancing mathod used in cellular network)
    2012-05-14 16:59:27下载
    积分:1
  • advancewirelesscommunicationsyllabus
    wireless matlab prog like as bpsk ber.
    2011-08-26 03:05:24下载
    积分:1
  • 38388___introduction_to_simulink_with_engineering
    Introduction to Simulink with Engineering Applications.
    2013-12-02 01:53:26下载
    积分:1
  • danmaichongcejiao
    雷达对抗原理 单脉冲测角 文档 源代码 matlab编程(matlab )
    2020-12-21 11:39:08下载
    积分:1
  • 基于Matlab的 GUI的集成软件 clutter
    基于Matlab的 GUI的集成软件,功能包括: 1、海杂波模型仿真和统计分析(瑞利、韦伯、对数和K分布SIRP和ZMNL法); 2、海杂波/波导参数估计(海杂波、多径和波导参数和雷达探测性能估计); 3、实测海杂波数据统计分析。(Matlab' s GUI-based integrated software, features include: 1, sea clutter model simulation and statistical analysis (Rayleigh, Weber and K on the number and distribution of SIRP and ZMNL Act) 2, Sea Clutter/waveguide parameter estimation ( sea clutter, multipath and the waveguide parameters and the radar detection performance is estimated) 3, measured sea clutter data statistical analysis.)
    2021-01-09 11:38:52下载
    积分:1
  • FFT_and_HARR_spectrum
    利用MATLAB分别用FFT和HARR小波进行了信号功率谱的估计,程序简单实用。(FFT, respectively, with the use of MATLAB and a signal HARR wavelet power spectrum estimation, the procedure is simple and practical.)
    2009-06-08 18:09:49下载
    积分:1
  • wavenet
    说明:  MATLAB小波分析与应用实例(第二版).应用于信号处理和图像处理的原理和基本方法,大量的示例可尽快地了解小波分析,而且在每种分析方法的介绍中同时介绍其问题背景,直接通过Matlab使用小波分析解决实际问题。 (MATLAB Wavelet Analysis and Applications (second edition). Applied to signal processing and image processing theory and the basic method, a large number of sample as soon as possible understanding of wavelet analysis, and analytical methods in each presentation also introduced the background of its problems, directly through Matlab using wavelet analysis to solve practical problems.)
    2008-09-18 14:50:43下载
    积分:1
  • matlab99999999
    各种matlab代码,实现各种功能,供查阅者参考,熟悉matlab软件的使用(x=linspace(0,1,21) y=linspace(0,1,21) [X,Y]=meshgrid(x,y) z=(X.*Y)./(X+Y) meshc(X,Y,z) )
    2011-07-11 15:54:13下载
    积分:1
  • PV_butongguangzhao
    在Matlab的Simulink仿真环境,模拟光伏电池板在不同光照下的输出功率曲线。(Matlab Simulink simulation environment, the curve of the simulated PV panels output power in a different light.)
    2013-01-18 19:39:18下载
    积分:1
  • 696518资源总数
  • 104269会员总数
  • 42今日下载