Prob71

# Prob71 - % %DESCRIPTION:Program to analyse the Angle of...

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%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %DESCRIPTION:Program to analyse the Angle of Arrival Estimation using % %DATE :12/12/2009 % %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% clear all; clc; %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% close all; angle= [-60 -10 20 45]; % assigning arbitrary AOA disp('The actual DoA in degree is '); disp(angle); b1=[-90:1:90]; M=7; % Number of Antenna Elements i= sqrt(-1); % Assigning S theta values for j=0:M-1, for k=1:4, S(j+1,k) =exp(-i*pi*j*sin(angle(k)*pi/180)); end end % Assigning S theta values from -90 to 90 degrees for j=0:M-1, for k=1:181, A1(j+1,k) =exp(-i*pi*j*sin(b1(k)*pi/180)); end end A =sqrt(10^(4/10)); K=4; L=15; N= 4*(L+1)/4; N_users = 4; reg1 = randsrc(1,4,[0 1]); for k = 1:L mseq1(k) = reg1(4); c1 = xor(reg1(2),xor(reg1(3),reg1(4))); reg1(4)=reg1(3); reg1(3)=reg1(2); reg1(2)=reg1(1); reg1(1)=c1; end reg2 = randsrc(1,4,[0 1]); for k = 1:L mseq2(k) = reg2(4);

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## This note was uploaded on 02/27/2012 for the course EE 535 taught by Professor D.ramalingam during the Spring '12 term at SUNY Albany.

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Prob71 - % %DESCRIPTION:Program to analyse the Angle of...

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