res_bler_noueout.m

基于OFDM的无线宽带系统仿真It contains mainly two parts, i.e. link-level simulator and system-level simulator.

% load the data file for each testing case
% output is the BLER, Total UEs and Dropped UEs, 
% the served UE number can be found by total UEs - Dropped UEs

function [result,fileidx] = res_bler_NoUEOUT(test_resource_allocation_idx,UE,MIMO,loaddir,result,fileidx,Comm_conf)
filename = ['RA',num2str(test_resource_allocation_idx),'_UE',num2str(UE),'_FLA',num2str(Comm_conf.F_LA),'_FPA',num2str(Comm_conf.F_PA),MIMO,'_trms',num2str(Comm_conf.t_rms),'f',num2str(Comm_conf.fd),'_s',num2str(Comm_conf.state),'N',num2str(Comm_conf.N),'subN',num2str(Comm_conf.subN),'_E',num2str(Comm_conf.flg_csi_err),'c',num2str(Comm_conf.flg_offset),'D',num2str(Comm_conf.DELAY),'BO',num2str(Comm_conf.BO_dB),'HPA',num2str(Comm_conf.use_HPA_flg),'_BLER',num2str(Comm_conf.targetFER),'.mat'];
load([loaddir,'/',filename],'save_outageCnt','save_user_mobID','save_bs_FrminErr','save_bs_mod');
fileidx = fileidx + 1
result.bler(fileidx)=sum(sum(save_bs_FrminErr))/sum(sum(save_bs_mod~=0));
result.userPersecond(fileidx) = double(max(max(save_user_mobID)))/(double(size(save_user_mobID,2))*5e-4);
result.outagePersecond(fileidx) = double(save_outageCnt)/(size(save_user_mobID,2)*5e-4);