代码搜索：mimo matlab
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m init_mimo_channel.m
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m init_mimo_channel.m
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m mimo_part3.m
frmLen = 100; % frame length
numPackets = 1000; % number of packets
EbNo = 0:2:12; % Eb/No varying to 20 dB
N = 2; % maximum number of Tx antenn
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m mimo_part2.m
% STBC 2*2
% wiht estimation and without estimation
frmLen = 100; % frame length
maxNumErrs = 300; % maximum number of errors
maxNumPackets = 3000; % maximum number of packets
EbNo = 0:2:12; % Eb
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m mimo_part1.m
%********* Matlab code for Receive Diversity VS Transmitter Diversity*********
% Transmite Diversity 2*1
% Receive Diversity 1*2
% Without Diversity 1*1
% We start by defining some common
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asv mimo_ofdm_stbc.asv
% 该程序是根据《<mark>MIMO</mark>一OFDM系统实现方案及盲估计技术研究》中提到的方案进行的程序仿真
% 该部分为传统的STBC编码方案，原理框图见图2-1 ，图2-2
% 在本节中，对基于STBC编码方案的传统<mark>MIMO</mark>-OFDM系统进行了仿真.
% 发射端天线数为2，采用的STBC方案如式(2-1)或( 2-3 )所示。
% 在发射端采用BPSK的调制方式;发射信号进行分帧，每帧包括12 ...
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m mimo_channel_batch.m
function f = mimo_channel(Nr,Nt,t)
s=35;
% mm=0;
fd=5.56;
rand('state',0);
for i=1:Nr*Nt
for l=1:1
h1=0;
h2=0;
for k=1:s-1
sita(k)=2*pi*rand;
www.eeworm.com/read/327775/13062054
m opt_mutual_mimo.m
clear all;
close all;
clc;
disp('Initializing...');
%--------------------PARAMETERS--------------------
% change these parameters to run different simulations
N = 4;
M = 4;
NSAMPLE = 100;
SNR_dB =
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m sim_mimo_ofdm.m
% function Sim_MIMO_OFDM()
% mcc -m -B sgl Sim_MIMO_OFDM
clear all;
clc;
fprintf('Start! Please wait to inspect the results ...\n\n');
% Initial Processing:
% Define the slot structure
Nc =
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