simulator.m

线形内插在MIMO OFDM上的实现,包括格拉斯曼域的仿真

clear all;
clc;
% =========================================================================
SNR_vector = [0 3 6 9 12];
pro_time_vector = [0.05 0.1 0.2 0.3 0.4];
% Main Programme for simulation
%Error_Vector_A = zeros(1,length(SNR_vector));
%disp('*************Start Simulation*************');
%disp('******************A***********************');
%for k = 1:length(SNR_vector)
%    SNR = SNR_vector(k);
%    pro_time = pro_time_vector(k);
%    disp('SNR is:');
%    disp(SNR_vector(k));
%    sim('STBC_OFDM_Tx2_Rx1_COST_207_blockfading_grassman_A');      
%    Error_Vector_A(k) = ErrorVec_A(length(ErrorVec_A));
%    save Error_Vector_A;
%    disp('BER is:');
%    disp(Error_Vector_A(k));
%    disp('***********************');  
%end
%semilogy(SNR_vector ,Error_Vector_A,'r');
%hold on;
% =========================================================================
% Main Programme for simulation
%Error_Vector_B = zeros(1,length(SNR_vector));
%disp('*************Start Simulation*************');
%disp('******************B***********************');
%for k = 1:length(SNR_vector)
%    SNR = SNR_vector(k);
%    pro_time = pro_time_vector(k);
%    disp('SNR is:');
%    disp(SNR_vector(k));
%    sim('STBC_OFDM_Tx2_Rx1_COST_207_blockfading_grassman_B');      
%    Error_Vector_B(k) = ErrorVec_B(length(ErrorVec_B));
%    save Error_Vector_B;
%    disp('BER is:');
%    disp(Error_Vector_B(k));
%    disp('***********************');  
%end
%semilogy(SNR_vector ,Error_Vector_B,'b');
%hold on;
% =========================================================================
% Main Programme for simulation
Error_Vector_C = zeros(1,length(SNR_vector));
disp('*************Start Simulation*************');
disp('******************C***********************');
for k = 1:length(SNR_vector)
    SNR = SNR_vector(k);
    pro_time = pro_time_vector(k);
    disp('SNR is:');
    disp(SNR_vector(k));
    sim('STBC_OFDM_Tx2_Rx1_COST_207_blockfading_grassman_C');      
    Error_Vector_C(k) = ErrorVec_C(length(ErrorVec_C));
    save Error_Vector_C;
    disp('BER is:');
    disp(Error_Vector_C(k));
    disp('***********************');  
end
semilogy(SNR_vector ,Error_Vector_C,'g');
grid on;
disp('*************End Simulation*************');