Comparison of C++ and MATLAB Using Object Oriented Application Example: test_ber.m - File Exchange

Code covered by the BSD License

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Comparison of C++ and MATLAB Using Object Oriented Application Example

[BER, errors]=btint(varargin) BTINT Calculate BER for given scenario
arg=getArg(argPosition,vararg... Sets a default parameter if not found in varargin list
rsrc=setRSRCpulseShapingFilte... Used to set filter coefficients for RSRC pulse-shaping
AWGN AWGN Class
AWGNChannel AWGNChannel Class
BluetoothReceiver BluetoothReceiver Class
BluetoothTransmitter BluetoothTransmitter Class
Channel Channel Class
FIRFilter FIRFilter Class
IEEE802_11b_Receiver IEEE802_11b_Receiver Class
IEEE802_11b_Transmitter IEEE802_11b_Transmitter Class
RandomBit RandomBit CLass
Receiver Receiver Class
Transmitter Transmitter Class
constants constants Class
programArgs programArgs Class
random random Class
stripCComments.m
test_ber.m
Comparing C++ and MATLAB Code
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from Comparison of C++ and MATLAB Using Object Oriented Application Example by Stuart McGarrity
Wireless Communications Application Example Used to Compare C++ and MATLAB® Code

test_ber.m

%% BER Range Test
% Example of doing a traditional BER simulation where the BER is calculated
% for a range of SNR.
%
% Copyright 2008-2009 The MathWorks, Inc

%% Set up
EsNo_values=-2:1:9;
BER_results=zeros(length(EsNo_values),1);
disp('Starting...');

%% For each SNR
figure
title('BER Simulation Results');
ylabel('BER');
xlabel('EsNo');
    
for i=1:length(EsNo_values)
    EsNo=EsNo_values(i);
    fprintf('\nTesting EsNo = %d dB...\n', EsNo);
    BER_results(i)= btint('-EbNo',num2str(EsNo),'-d','BT','-i','802.11','-c','2');
    semilogy(EsNo_values(1:i),BER_results(1:i),'-*')
    grid;
    drawnow;
end
disp('Finished')

Highlights from Comparison of C++ and MATLAB Using Object Oriented Application Example

Highlights from
Comparison of C++ and MATLAB Using Object Oriented Application Example