3. calculate and plot the ser (symbol error rate) dependence on the s/n parameter. in matlab

main.m
snr_range = -10:1:20; % S/N parameter range
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main.m
ser_values = zeros(size(snr_range));
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main.m
for i = 1:length(snr_range)
    snr = snr_range(i); % Current S/N parameter value
    
    % Perform your SER calculation here based on your specific modulation scheme or signal processing technique.
    % This could involve generating a signal, adding noise, demodulating, and comparing received symbols with the transmitted symbols.
    % Make sure to update the `ser` variable with the calculated SER value.
    
    ser_values(i) = ser; % Store the calculated SER value
end
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main.m
figure;
plot(snr_range, ser_values);
xlabel('S/N Parameter (dB)');
ylabel('Symbol Error Rate (SER)');
title('SER vs. S/N Parameter');
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