config.m

timestamp = [num2str(start_time(1),'%04d') '_' num2str(start_time(2),'%02d') '_' num2str(start_time(3),'%02d') '_' num2str(start_time(4),'%02d') '_' num2str(start_time(5),'%02d') '_' num2str(start_time(6),'%2.0f')];
result_path = './results/';
addpath('support');
%% Configure parameters
%Polar-Code values
capacity = 0.5; %I(W), Channel's W Capacity
n_values = [4,5,6,7,8,9,10];     %value of N
code_rate = 1/4;
%EbNo
EbNo_dB = 0:5; %AWGN -4:2 %Fading 0:2:10
%Channel
Fading_Channel = 0;     %0: AWGN, 1:Fading Channel
%fading only parameters
Fading_Independent = 0; %if Fading_Channel = 1
quasi = 0;              % quasi channel
fading_channel = 'TU120';   %custom matlab channel

fix_seed = 1;           %1:fix data, 0:random data
if fix_seed
    rng(sum(100*clock));
else
    rand('seed',123456);
end
%Simulation values
fast_run = 1;           %1:run of optimal-matlab code, 0:run of hardware-code (suboptimal f/g)
min_fer_errors = 100;   %minimum frame errors to count
min_codewords = 100;    %minimum codewords to count
NbitsPerSymbol = 1;     %modulation parameter
constDims = 1;          %modulation parameter
snrdb_values =EbNo_dB+10*log10(double(code_rate*NbitsPerSymbol*2/constDims));
%% Variable Initializations
bit_error_rate = zeros(length(n_values),length(snrdb_values));
fer_error_rate = zeros(length(n_values),length(snrdb_values));
legends = strings(1,length(n_values));
codewords = zeros(1,length(snrdb_values));