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adding scripts to plot results for ITJ paper

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git-svn-id: http://svn.eurecom.fr/openair4G/trunk@5052 818b1a75-f10b-46b9-bf7c-635c3b92a50f
This commit is contained in:
Florian Kaltenberger
2014-02-07 09:55:40 +00:00
parent 032779bebd
commit 56572a1965
1 changed files with 76 additions and 0 deletions
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openair1/EMOS/LTE/MU-MIMO/eval_results.m
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%% Script for reading in the EMOS input
clear all;
%close all;
addpath('E:\Synchro\kaltenbe\My Documents\openair4G\openair1\EMOS\LTE\IMPORT_FILTER')
% 2rx
% [estimates,NFrames]=load_estimates_lte_new('E:\Synchro\kaltenbe\My Documents\openair4G\openair1\EMOS\DUMP\UE_data_20130315_142130.EMOS',inf,1,0);
% 1rx
% estimates = load_estimates_lte_new('E:\EMOS\globecom\UE_data_20130315_155139.EMOS', inf, 1, 0);
% 2rx long test
% estimates = load_estimates_lte_new('/home/wagner/GC/UE_data_20130315_142130.EMOS', 250000, 1, 0);
% 1rx short test
% estimates = load_estimates_lte_new('/home/wagner/GC/UE_data_20130315_153101.EMOS', inf, 1, 0);
% ITJ
%Nrx = 1;
%estimates = load_estimates_lte_new('E:\EMOS\ITJ (globecom bis)\UE_data_20130916_175331.EMOS', inf, 1, 0, 0);
Nrx = 2;
%estimates = load_estimates_lte_new('E:\EMOS\ITJ (globecom bis)\UE_data_20130916_174719.EMOS', inf, 1, 0, 0);
%estimates = load_estimates_lte_new('E:\EMOS\ITJ (globecom bis)\UE_data_20130924_143804.EMOS', inf, 1, 0, 0);
%estimates = load_estimates_lte_new('E:\EMOS\ITJ (globecom bis)\UE_data_20130924_143250.EMOS', inf, 1, 0, 0);
% outdoor messungen 2013-10-10
filepath = 'E:\EMOS\MU-MIMO\ITJ3\';
filename = 'UE_data_20131030_143345';
estimates = load_estimates_lte_new([filepath filename '.EMOS'], inf, 1, 0, 0);
%% frame
frame_rx = double([estimates.frame_rx]);
%throughput = [0 diff(double([estimates.total_TBS]))*100];
throughput = double([estimates.bitrate]);
mcs = double([estimates.mcs]);
use_iu_receiver = ([estimates.use_ia_receiver]==0);
use_ia_receiver = ([estimates.use_ia_receiver]==1);
use_iag_receiver = ([estimates.use_ia_receiver]==2);
%% average
avg_tp_ia = zeros(28,1);
avg_tp_iag = zeros(28,1);
avg_tp_iu = zeros(28,1);
num_ia = zeros(28,1);
num_iag = zeros(28,1);
num_iu = zeros(28,1);
for imcs=0:1:27
mcs_window = (mcs==imcs);
throughput_iag_mcs = throughput(use_iag_receiver & mcs_window);
num_iag(imcs+1) = sum(use_iag_receiver & mcs_window);
avg_tp_iag(imcs+1) = mean(throughput_iag_mcs);
throughput_ia_mcs = throughput(use_ia_receiver & mcs_window);
num_ia(imcs+1) = sum(use_ia_receiver & mcs_window);
avg_tp_ia(imcs+1) = mean(throughput_ia_mcs);
throughput_iu_mcs = throughput(use_iu_receiver & mcs_window);
num_iu(imcs+1) = sum(use_iu_receiver & mcs_window);
avg_tp_iu(imcs+1) = mean(throughput_iu_mcs);
end
%% Plot
figure(2)
hold off
colormap hot
bar(0:1:27,[avg_tp_iu avg_tp_ia avg_tp_iag])
grid on
xlim([-1 28])
h = legend('IU Receiver','IA Receiver','IA genie');
set(h,'FontSize',14);
xlabel('MCS','FontSize',14)
ylabel('Throughput [bps]','FontSize',14)
%saveas(gcf, filename, 'eps')
%save(filename,'avg_tp*', 'mcs*', 'throughput*', 'use*', 'frame*');
%csvwrite([filename '.csv'],[(0:1:27).' avg_tp_iu avg_tp_ia avg_tp_iag])