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set
terminal
postscript
enhance color dashed dl
4
font
16
set
pointsize
3
#
set size ratio 0.55
set
style
line
1
lw
4
lt
rgb
'
orange
'
pt
1
set
style
line
2
lw
4
lt
rgb
'
black
'
pt
6
set
style
line
3
lw
4
lt
rgb
'
green
'
pt
8
set
style
line
4
lw
4
lt
rgb
'
blue
'
pt
3
set
key
above
set
log
y
#
###########
#
LOCALITY #
#
###########
set
xlabel
"
Degree of locality
"
offset
0
,
0.2
set
output
"
../graphs/localityDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/locality_causal_DelayAvg
"
u
1
:
2
:
3
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/locality_single_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/locality_complete_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/locality_atomic_DelayAvg
"
u
1
:
2
:
3
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/locality_causal_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
1
, \
"
../resultsAvg/locality_single_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
2
, \
"
../resultsAvg/locality_complete_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
3
, \
"
../resultsAvg/locality_atomic_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
4
set
output
"
../graphs/localityTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/locality_causal_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/locality_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/locality_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/locality_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/locality_causal_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/locality_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/locality_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/locality_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
####################
#
NUMBER OF BROKERS #
#
####################
set
xlabel
"
Number of brokers
"
offset
0
,
0.2
set
output
"
../graphs/numBrokersDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/numBrokers_causal_DelayAvg
"
u
1
:
2
:
3
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/numBrokers_single_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/numBrokers_complete_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/numBrokers_atomic_DelayAvg
"
u
1
:
2
:
3
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/numBrokers_causal_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
1
, \
"
../resultsAvg/numBrokers_single_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
2
, \
"
../resultsAvg/numBrokers_complete_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
3
, \
"
../resultsAvg/numBrokers_atomic_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
4
set
output
"
../graphs/numBrokersTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/numBrokers_causal_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/numBrokers_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/numBrokers_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/numBrokers_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/numBrokers_causal_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/numBrokers_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/numBrokers_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/numBrokers_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
#################
#
NUMBER OF VARS #
#
#################
set
xlabel
"
Number of sources (vars) in the graph
"
offset
0
,
0.2
set
output
"
../graphs/numVarsDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/numVars_causal_DelayAvg
"
u
1
:
2
:
3
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/numVars_single_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/numVars_complete_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/numVars_atomic_DelayAvg
"
u
1
:
2
:
3
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/numVars_causal_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
1
, \
"
../resultsAvg/numVars_single_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
2
, \
"
../resultsAvg/numVars_complete_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
3
, \
"
../resultsAvg/numVars_atomic_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
4
set
output
"
../graphs/numVarsTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/numVars_causal_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/numVars_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/numVars_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/numVars_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/numVars_causal_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/numVars_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/numVars_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/numVars_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
##############
#
GRAPH DEPTH #
#
##############
set
xlabel
"
Depth of the dependency graph
"
offset
0
,
0.2
set
output
"
../graphs/graphDepthDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/graphDepth_causal_DelayAvg
"
u
1
:
2
:
3
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/graphDepth_single_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/graphDepth_complete_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/graphDepth_atomic_DelayAvg
"
u
1
:
2
:
3
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/graphDepth_causal_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
1
, \
"
../resultsAvg/graphDepth_single_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
2
, \
"
../resultsAvg/graphDepth_complete_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
3
, \
"
../resultsAvg/graphDepth_atomic_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
4
set
output
"
../graphs/graphDepthTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/graphDepth_causal_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/graphDepth_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/graphDepth_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/graphDepth_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/graphDepth_causal_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/graphDepth_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/graphDepth_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/graphDepth_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
####################################
#
NUMBER OF DEPENDENCIES PER SIGNAL #
#
####################################
set
xlabel
"
Number of dependencies per signal
"
offset
0
,
0.2
set
output
"
../graphs/numGraphDependenciesDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/numGraphDependencies_causal_DelayAvg
"
u
1
:
2
:
3
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/numGraphDependencies_single_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/numGraphDependencies_complete_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/numGraphDependencies_atomic_DelayAvg
"
u
1
:
2
:
3
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/numGraphDependencies_causal_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
1
, \
"
../resultsAvg/numGraphDependencies_single_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
2
, \
"
../resultsAvg/numGraphDependencies_complete_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
3
, \
"
../resultsAvg/numGraphDependencies_atomic_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
4
set
output
"
../graphs/numGraphDependenciesTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/numGraphDependencies_causal_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/numGraphDependencies_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/numGraphDependencies_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/numGraphDependencies_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/numGraphDependencies_causal_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/numGraphDependencies_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/numGraphDependencies_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/numGraphDependencies_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
##########################
#
GRAPH SHARE PROBABILITY #
#
##########################
set
xlabel
"
Probability for a signal to depend on multiple sources
"
offset
0
,
0.2
set
output
"
../graphs/graphShareDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/graphShare_causal_DelayAvg
"
u
1
:
2
:
3
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/graphShare_single_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/graphShare_complete_glitch_free_DelayAvg
"
u
1
:
2
:
3
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/graphShare_atomic_DelayAvg
"
u
1
:
2
:
3
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/graphShare_causal_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
1
, \
"
../resultsAvg/graphShare_single_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
2
, \
"
../resultsAvg/graphShare_complete_glitch_free_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
3
, \
"
../resultsAvg/graphShare_atomic_DelayAvg
"
u
1
:
2
notitle
w
lines
ls
4
set
output
"
../graphs/graphShareTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/graphShare_causal_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/graphShare_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/graphShare_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/graphShare_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/graphShare_causal_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/graphShare_single_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/graphShare_complete_glitch_free_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/graphShare_atomic_TrafficByte
"
u
($
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
######################
#
TIME BETWEEN EVENTS #
#
######################
set
xlabel
"
Publication frequency (k events/s)
"
offset
0
,
0.2
set
log
x
set
output
"
../graphs/pubFrequencyDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/timeBetweenEvents_causal_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/timeBetweenEvents_single_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/timeBetweenEvents_complete_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/timeBetweenEvents_atomic_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/timeBetweenEvents_causal_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/timeBetweenEvents_single_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/timeBetweenEvents_complete_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/timeBetweenEvents_atomic_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
4
set
output
"
../graphs/pubFrequencyTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/timeBetweenEvents_causal_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/timeBetweenEvents_single_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/timeBetweenEvents_complete_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/timeBetweenEvents_atomic_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/timeBetweenEvents_causal_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/timeBetweenEvents_single_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/timeBetweenEvents_complete_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/timeBetweenEvents_atomic_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
#####################
#
TIME BETWEEN READS #
#
#####################
set
xlabel
"
Signal access frequency (k reads/s)
"
offset
0
,
0.2
set
log
x
set
output
"
../graphs/readFrequencyDelay.ps
"
set
ylabel
"
Average Delay (ms)
"
offset
0.5
,
0
plot
"
../resultsAvg/timeBetweenReads_causal_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/timeBetweenReads_single_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/timeBetweenReads_complete_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/timeBetweenReads_atomic_DelayAvg
"
u
(
1000
/$
1
):($
2
):($
3
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/timeBetweenReads_causal_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/timeBetweenReads_single_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/timeBetweenReads_complete_glitch_free_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/timeBetweenReads_atomic_DelayAvg
"
u
(
1000
/$
1
):($
2
)
notitle
w
lines
ls
4
set
output
"
../graphs/readFrequencyTraffic.ps
"
set
ylabel
"
Overall Traffic (KB/s)
"
offset
0.5
,
0
plot
"
../resultsAvg/timeBetweenReads_causal_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Causal
"
w
yerrorbars
ls
1
, \
"
../resultsAvg/timeBetweenReads_single_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Single
"
w
yerrorbars
ls
2
, \
"
../resultsAvg/timeBetweenReads_complete_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Complete
"
w
yerrorbars
ls
3
, \
"
../resultsAvg/timeBetweenReads_atomic_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
):($
15
/
1000
)
t
"
Atomic
"
w
yerrorbars
ls
4
, \
"
../resultsAvg/timeBetweenReads_causal_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
1
, \
"
../resultsAvg/timeBetweenReads_single_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
2
, \
"
../resultsAvg/timeBetweenReads_complete_glitch_free_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
3
, \
"
../resultsAvg/timeBetweenReads_atomic_TrafficByte
"
u
(
1000
/$
1
):($
8
/
1000
)
notitle
w
lines
ls
4
#
##########
#
DEFAULT #
#
##########
reset
set
style
line
1
lw
2
lt
rgb
'
orange
'
pt
1
set
style
line
2
lw
2
lt
rgb
'
black
'
pt
6
set
style
line
3
lw
2
lt
rgb
'
green
'
pt
8
set
style
line
4
lw
2
lt
rgb
'
blue
'
pt
3
set
style
data histogram
set
style
histogram cluster gap
5
set
style
fill solid
border
0
set
log
y
unset
xlabel
set
xtics
rotate by
35
offset
-0.5
,
-2
set
output
"
../graphs/defaultTraffic.ps
"
plot
"
../resultsAvg/defaultTraffic
"
u
2
:
xticlabel
(
1
)
ls
1
title
"
Causal
"
, \
"
../resultsAvg/defaultTraffic
"
u
3
:
xticlabel
(
1
)
ls
2
title
"
Single
"
, \
"
../resultsAvg/defaultTraffic
"
u
4
:
xticlabel
(
1
)
ls
3
title
"
Complete
"
, \
"
../resultsAvg/defaultTraffic
"
u
5
:
xticlabel
(
1
)
ls
4
title
"
Atomic
"
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