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m mimo2pi.m

% Algorithm "mimo2pi.m" % Implementation of Node Reduction Algorithm % and calculation of equivalent pi-shaped % two-port network. % Input Parameters: % - Number of internal and exterior
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m mimo2t.m

% Program "mimo2t.m" % Implementation of Node Reduction Algorithm. % Calculates impedances of node-equivalent % T-shaped two-port network. % Input Parameters: % - Number of internal and exte
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m mimo2pi.m

% Algorithm "mimo2pi.m" % Implementation of Node Reduction Algorithm % and calculation of equivalent pi-shaped % two-port network. % Input Parameters: % - Number of internal and exterior
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m mimo2t.m

% Program "mimo2t.m" % Implementation of Node Reduction Algorithm. % Calculates impedances of node-equivalent % T-shaped two-port network. % Input Parameters: % - Number of internal and exte
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ppt m5-mimo.ppt

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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;
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m mimo_ofdm_main.m

clear all; close all; %--------------- system parameters---------------- nt = 4; nr = 4; fft_len = 16; % FFt size cp_len = 4; % cp length L = 3; % channel order F = 1/sqrt(fft_len)*exp(-j*
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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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m mimo_ofdm_stbc.m

clear all; close all; %--------------- system parameters---------------- nt = 2; nr = 2; fft_len = 64; % FFt size cp_len = 16; % cp length L = 5; % channel order framelen = 50; % frame size