Dear, please check the attached thesis, and the end you will find Matlab code, it could be useful for you.

Hello Sir,

I have taken a look before on this thesis but I don't think it will help me in my case because I am not using OFDM signals , I am using BPSK signals.

In addition, the code for the FAM is not clear :

if WIMIC

fam_clock = 256e3;

dalpha=ceil(fam_clock/(256)); % delta frequency

df=ceil(fam_clock/(128)); % delta frequency

else

fam_clock = 20e6;

dalpha=ceil(fam_clock/(256)); % delta frequency

df=ceil(fam_clock/(128)); % delta frequency

end

% FAM call

TheFAM_Ciclostationary;

plot_N = 7; plots;

plot_N = 8; plots;

plot_N = 9; plots;

if NOISE_ALONE == 1

Hyp1(ind) = [AVERAGE_PEAKS / AVERAGE_DATA];

else

Hyp2(ind) = [AVERAGE_PEAKS / AVERAGE_DATA];

end

ind= ind+1;

end

end

vec1(:,indx) = Hyp1;

vec2(:,indx) = Hyp2;

end

color = ['c','m','r','k','b','g','y','w'];

figure(88)

for k=1:length(avg)

if k==9

plot(SNR,vec1(:,k),'.-m');

hold on;

plot(SNR,vec2(:,k),'.-m');

else

plot(SNR,vec1(:,k),color(k));

hold on;

plot(SNR,vec2(:,k),color(k));

end

Can you please take a look at my code attached .

I have read your code, it looks like the same code in the attached thesis.

Dear, please check the attached thesis, and the end you will find Matlab code, it could be useful for you.