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www.eeworm.com/read/398034/8008998
m sa_fig4_4.m
% Figure 4.4 2-D patterns for isotropic array of N elements
%
set(0,'defaultfigurecolor','w')
theta=0:.005:2*pi;
N=4;
% phase shift for end-fire
%delta=-pi*sqrt(2); % phase shift
www.eeworm.com/read/398034/8009001
m sa_ex7_9b.m
% Min-Norm AOA estimation for a M = 6 element array with noise variance = .1
M=6;
D = 2; % number of signals
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
a=[1];
temp=zeros(1,M-1
www.eeworm.com/read/398034/8009005
m sa_ex7_6.m
% Capon AOA estimation for a M = 6 element array with noise variance = .1
M=6;
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
a=[1];
for i=2:M
a1=[a1 exp(-1j*i*pi*sin(th1))];
www.eeworm.com/read/398034/8009017
m sa_ex7_9.m
% Pisarenko (PHD) AOA estimation for a M = 6 element array with noise variance = .1
M=6;
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
for i=2:M
a1=[a1 exp(-1j*i*pi*sin(th1))];
www.eeworm.com/read/398034/8009020
m sa_ex7_me.m
% Maximum Entropy AOA estimation for a M = 6 element array with noise variance = .1
%
tic
M=6;
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
a=[1];
u3=[0 0 1 0 0 0];
%for i=2:M
%
www.eeworm.com/read/398034/8009023
m sa_ex7_7.m
% Linear predictive AOA estimation for a M = 6 element array with noise variance = .1
% allow transpose(u3) = [0 0 1 0 0 0]
M=6;
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
a=[1];
www.eeworm.com/read/398034/8009028
m sa_ex8_7.m
%%%%%%%%%%%%%%%%%%%
%% SMI Algorithm example 8.7%%
%%%%%%%%%%%%%%%%%%%
%----- Givens -----%
K=100; % Block length
sig2=.001;
d = .5; % element spacing in terms of wavelength d = lambda/2
www.eeworm.com/read/398034/8009040
m sa_ex7_11b.m
% MUSIC AOA estimation for a M = 6 element array with noise variance = .1
M=6;
D = 2; % number of signals
sig2=.1;
th1=-5*pi/180;
th2=5*pi/180;
a1=[1];
a2=[1];
for i=2:M
a1=[a1 exp
www.eeworm.com/read/398034/8009045
m sa_fig4_5.m
% Figure 4.4 2-D patterns for isotropic array of N elements
%
set(0,'defaultfigurecolor','w')
theta=-pi/2:.005:pi/2;
N=4;
%delta=-pi*sqrt(2); % phase shift for broadside delta=0;
www.eeworm.com/read/398034/8009047
m sa_ex8_9.m
%%%%%%%%%%%%%%%%%%%
%% Smart antenna ex 8.9 RLS Algorithm %%
%%%%%%%%%%%%%%%%%%%
%----- Givens -----%
K=50; % total number of data samples
alpha=.9;
sig2=.01;
d = .5; % element spacing in