parse_all_ul.m File Reference

Functions
end	load ("results.mat") colors
	figure (6)
	errorbar (frame_length_range *1000, avg_proc_duration_bigstation, std_proc_duration_bigstation, 'Color', colors(1,:), 'LineWidth', 2)
	errorbar (frame_length_range *1000, avg_proc_duration_agora, std_proc_duration_agora, 'Color', colors(2,:), 'LineWidth', 2)
	set (gca, 'FontSize', 24)
	xlabel ('Frame length(us)')
	ylabel ('Processing time(us)')
	title ('Uplink frame Processing latency')
	set (gca, 'YScale', 'log') ylim([0 7000])
	legend ([h1, h2, h3], 'Pipeline parallel', 'Agora', 'Frame length', 'location', 'best')
	xticks ([0:8:32])
	xlim ([5, 35])
	set (gcf, 'Position',[100 100 350 350]) %% avg_proc_start_duration
	figure (7)
	set (h1(1), 'facecolor',[0.9, 0.9, 0.9])
	set (h1(2), 'facecolor',[0.4, 0.4, 0.4])
	set (gca, 'xtick',[1:length(names)], 'xticklabel', names)
	legend ("agora", "Pipeline parallel", "location", "northwest")
	figure (8)
	set (l, 'FontSize', 18)

Variables
	frame_length_range = [1:5]
	ue_num = 16
	ant_num = 64
	avg_proc_duration_agora = []
	std_proc_duration_agora = []
	avg_proc_duration_bigstation = []
	std_proc_duration_bigstation = []
	avg_fft_duration_agora = []
	avg_zf_duration_agora = []
	avg_decode_duration_agora = []
	avg_proc_start_agora = []
	avg_fft_duration_bigstation = []
	avg_zf_duration_bigstation = []
	avg_decode_duration_bigstation = []
	avg_proc_start_bigstation = []
	index = 0
for	i
	filename = sprintf('uplink/timeresult_agora_%dx%d_%dms.txt',ant_num, ue_num, frame_length_range(index))
	clf
hold	on
	h1 = plot(frame_length_range*1000,avg_proc_duration_bigstation,'s-','Color', colors(1,:), 'LineWidth',2,'MarkerSize',20)
	h2 = plot(frame_length_range*1000,avg_proc_duration_agora, '^-', 'Color', colors(2,:), 'LineWidth',2, 'MarkerSize',20)
	h3 = plot(frame_length_range*1000, frame_length_range*1000, 'k--', 'LineWidth',2)
	l1 = legend([h_fft_big,h_fft_big_5core,h_fft_comp,h_pilot,h_theory],{'BigStation (n_{FFT}=min)','BigStation (n_{FFT}=5)', 'agora', 'Pilot RX', 'Theoretical pilot RX'},'Location','best','Orientation','vertical')
l1	NumColumns = 2
	avg_zf_duration = [avg_zf_duration_agora(1), avg_zf_duration_bigstation(1)]
	avg_fft_duration = [avg_fft_duration_agora(1) - avg_proc_start_agora(1), avg_fft_duration_bigstation(1) - avg_proc_start_bigstation(1)]
	avg_decode_duration = [avg_decode_duration_agora(1), avg_decode_duration_bigstation(1)]
	avg_all = [avg_proc_start_duration
	names = {'Queueing'; 'Pilot'; 'ZF'; 'DataProc';}
	h4 = plot(frame_length_range*1000,avg_proc_duration_agora, '^-', 'Color', colors(2,:), 'LineWidth',2, 'MarkerSize',15)
	h5 = plot(frame_length_range*1000, frame_length_range*1000, 'k--', 'LineWidth',2)
	l =legend([h1,h2,h3,h4,h5],'BigStation (99th tail)','BigStation','Agora (99th tail)','Agora','Frame length', 'location','best')

Function Documentation

errorbar() [1/2]

errorbar	(	frame_length_range *	1000,
		avg_proc_duration_agora	,
		std_proc_duration_agora	,
		'Color'	,
		colors(2,:)	,
		'LineWidth'	,
		2
	)

errorbar() [2/2]

errorbar	(	frame_length_range *	1000,
		avg_proc_duration_bigstation	,
		std_proc_duration_bigstation	,
		'Color'	,
		colors(1,:)	,
		'LineWidth'	,
		2
	)

figure() [1/3]

figure

(

6

)

figure() [2/3]

figure

(

7

)

figure() [3/3]

figure

(

8

)

legend() [1/2]

legend	(	"agora"	,
		"Pipeline parallel"	,
		"location"	,
		"northwest"
	)

legend() [2/2]

legend	(	'Pipeline parallel'	,
		'Agora'	,
		'Frame length'	,
		'location'	,
		'best'
	)

load()

end load

(

"results.mat"

)

set() [1/7]

set	(	gca	,
		'FontSize'	,
		24
	)

set() [2/7]

set	(	gca	,
		'xtick'	,
		'xticklabel'	,
		names
	)

set() [3/7]

set	(	gca	,
		'YScale'	,
		'log'
	)

set() [4/7]

set	(	gcf	,
		'Position'
	)

set() [5/7]

set	(	h1(1)	,
		'facecolor'
	)

set() [6/7]

set	(	h1(2)	,
		'facecolor'
	)

set() [7/7]

set	(	l	,
		'FontSize'	,
		18
	)

title()

title

(

'Uplink frame Processing latency'

)

xlabel()

xlabel

(

'Frame length(us)'

)

xlim()

xlim ( )

inline

xticks()

xticks

(

)

ylabel()

ylabel

(

'Processing time(us)'

)

Variable Documentation

ant_num

ant_num = 64

avg_all

avg_all = [avg_proc_start_duration

avg_decode_duration

avg_decode_duration = [avg_decode_duration_agora(1), avg_decode_duration_bigstation(1)]

avg_decode_duration_agora

avg_decode_duration_agora = []

avg_decode_duration_bigstation

avg_decode_duration_bigstation = []

avg_fft_duration

avg_fft_duration = [avg_fft_duration_agora(1) - avg_proc_start_agora(1), avg_fft_duration_bigstation(1) - avg_proc_start_bigstation(1)]

avg_fft_duration_agora

avg_fft_duration_agora = []

avg_fft_duration_bigstation

avg_fft_duration_bigstation = []

avg_proc_duration_agora

avg_proc_duration_agora = []

avg_proc_duration_bigstation

avg_proc_duration_bigstation = []

avg_proc_start_agora

avg_proc_start_agora = []

avg_proc_start_bigstation

avg_proc_start_bigstation = []

avg_zf_duration

avg_zf_duration = [avg_zf_duration_agora(1), avg_zf_duration_bigstation(1)]

avg_zf_duration_agora

avg_zf_duration_agora = []

avg_zf_duration_bigstation

avg_zf_duration_bigstation = []

clf

clf

filename

filename = sprintf('uplink/timeresult_agora_%dx%d_%dms.txt',ant_num, ue_num, frame_length_range(index))

frame_length_range

frame_length_range = [1:5]

h1

h1 = plot(frame_length_range*1000,avg_proc_duration_bigstation,'s-','Color', colors(1,:), 'LineWidth',2,'MarkerSize',20)

h2

h2 = plot(frame_length_range*1000,avg_proc_duration_agora, '^-', 'Color', colors(2,:), 'LineWidth',2, 'MarkerSize',20)

h3

h3 = plot(frame_length_range*1000, frame_length_range*1000, 'k--', 'LineWidth',2)

h4

h4 = plot(frame_length_range*1000,avg_proc_duration_agora, '^-', 'Color', colors(2,:), 'LineWidth',2, 'MarkerSize',15)

h5

h5 = plot(frame_length_range*1000, frame_length_range*1000, 'k--', 'LineWidth',2)

i

for i

Initial value:

= frame_length_range
    index = index+1

index

end index = 0

l

l =legend([h1,h2,h3,h4,h5],'BigStation (99th tail)','BigStation','Agora (99th tail)','Agora','Frame length', 'location','best')

l1

l1 = legend([h_fft_big,h_fft_big_5core,h_fft_comp,h_pilot,h_theory],{'BigStation (n_{FFT}=min)','BigStation (n_{FFT}=5)', 'agora', 'Pilot RX', 'Theoretical pilot RX'},'Location','best','Orientation','vertical')

names

names = {'Queueing'; 'Pilot'; 'ZF'; 'DataProc';}

NumColumns

l1 NumColumns = 2

on

grid on

std_proc_duration_agora

std_proc_duration_agora = []

std_proc_duration_bigstation

std_proc_duration_bigstation = []

ue_num

ue_num = 16