separate workload script for shorter one-time simulation
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26e7991ec2
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@ -0,0 +1,84 @@
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source ./config.sh
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RES_DUMP=$NS3/examples/PowerTCP/dump_workload
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RES_RESULTS=$NS3/examples/PowerTCP/results_workload
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configFile=$NS3/examples/PowerTCP/config-burst.txt #config-burst works just fine with workload as well. Flows are created from within evaluation-workload.cc
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MIX_DUMP=$NS3/examples/PowerTCP/mix
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mkdir $RES_DUMP
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mkdir $MIX_DUMP
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mkdir $RES_RESULTS
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# algs=(0 1 2 3 4 5 6 7 8)
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algs=(3 4 6 7 8)
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algNames=("dcqcn" "powerInt" "hpcc" "powerDelay" "timely" "dctcp" "patchedTimely" "swift" "rttqcn")
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CCMODE=(1 3 3 3 7 8 11 12 13)
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# at the moment, power int and delay are called from hpcc ACK function separately and hence cc mode is still 3.
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#--wien=true --delayWien=false
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wien=false
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delay=false
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cd $NS3
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START=0.1
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END=10
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FLOWEND=9
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LOADS=(0.2 0.4 0.6 0.8 0.9 0.95)
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REQ_RATE=(1 4 8 16)
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REQ_SIZE=(1000000 2000000 4000000 6000000 8000000 1000000)
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# REQ_RATE=(0)
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N=1
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cdf="$NS3/examples/PowerTCP/websearch.txt"
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req="4"
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load="0.8"
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for query in ${REQ_SIZE[@]};do
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for algorithm in ${algs[@]};do
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if [[ ${algNames[$algorithm]} == "powerInt" || ${algNames[$algorithm]} == "powerDelay" ]];then
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wien=true
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else
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wien=false
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fi
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if [[ ${algNames[$algorithm]} == "powerDelay" ]];then
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delay=true
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else
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delay=false
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fi
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if [[ ${algNames[$algorithm]} == "timely" || ${algNames[$algorithm]} == "dcqcn" ]];then
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window=0
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else
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window=1
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fi
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sleep 5
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# Check how many cores are being used.
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while [[ $(ps aux|grep "powertcp-evaluation-workload-optimized"|wc -l) -gt 80 ]];do
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echo "Waiting for cpu cores.... $N-th experiment "
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sleep 60
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done
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echo "evaluation-${algNames[$algorithm]}-$load-$req-$query.out $N"
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N=$(( $N+1 ))
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RESULT_FILE="$RES_DUMP/evaluation-${algNames[$algorithm]}-$load-$req-$query.out"
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# echo "time ./waf --run "evaluation-fairness --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window""
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time ./waf --run "powertcp-evaluation-workload --conf=$configFile --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window --queryRequestRate=$req --load=$load --START_TIME=$START --END_TIME=$END --FLOW_LAUNCH_END_TIME=$FLOWEND --incast=10 --cdfFileName=$cdf --request=$query" > $RESULT_FILE 2> $RESULT_FILE &
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# cat $RESULT_FILE | grep 'FCT' | grep 'flowSize' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.fct
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# cat $RESULT_FILE | grep 'switch 0' | grep 'total' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.buf
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done
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done
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echo "##########################################"
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echo "# FINISHED BURST-4 EXPERIMENTS #"
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echo "##########################################"
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source ./config.sh
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RES_DUMP=$NS3/examples/PowerTCP/dump_workload
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RES_RESULTS=$NS3/examples/PowerTCP/results_workload
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configFile=$NS3/examples/PowerTCP/config-burst.txt #config-burst works just fine with workload as well. Flows are created from within evaluation-workload.cc
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MIX_DUMP=$NS3/examples/PowerTCP/mix
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mkdir $RES_DUMP
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mkdir $MIX_DUMP
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mkdir $RES_RESULTS
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# algs=(0 1 2 3 4 5 6 7 8)
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algs=(3 4 6 7 8)
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algNames=("dcqcn" "powerInt" "hpcc" "powerDelay" "timely" "dctcp" "patchedTimely" "swift" "rttqcn")
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CCMODE=(1 3 3 3 7 8 11 12 13)
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# at the moment, power int and delay are called from hpcc ACK function separately and hence cc mode is still 3.
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#--wien=true --delayWien=false
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wien=false
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delay=false
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cd $NS3
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START=0.1
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END=10
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FLOWEND=9
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LOADS=(0.2 0.4 0.6 0.8 0.9 0.95)
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REQ_RATE=(1 4 8 16)
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REQ_SIZE=(1000000 2000000 4000000 6000000 8000000 1000000)
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# REQ_RATE=(0)
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N=1
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cdf="$NS3/examples/PowerTCP/websearch.txt"
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################################################
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# Varying Load. No Incast traffic.
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################################################
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req=0
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query=0
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for load in ${LOADS[@]};do
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for algorithm in ${algs[@]};do
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if [[ ${algNames[$algorithm]} == "powerInt" || ${algNames[$algorithm]} == "powerDelay" ]];then
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wien=true
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else
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wien=false
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fi
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if [[ ${algNames[$algorithm]} == "powerDelay" ]];then
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delay=true
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else
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delay=false
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fi
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if [[ ${algNames[$algorithm]} == "timely" || ${algNames[$algorithm]} == "dcqcn" ]];then
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window=0
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else
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window=1
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fi
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sleep 5
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# Check how many cores are being used.
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while [[ $(ps aux|grep "powertcp-evaluation-workload-optimized"|wc -l) -gt 80 ]];do
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echo "Waiting for cpu cores.... $N-th experiment "
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sleep 60
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done
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echo "evaluation-${algNames[$algorithm]}-$load-$req-$query.out $N"
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N=$(( $N+1 ))
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RESULT_FILE="$RES_DUMP/evaluation-${algNames[$algorithm]}-$load-$req-$query.out"
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# echo "time ./waf --run "evaluation-fairness --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window""
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time ./waf --run "powertcp-evaluation-workload --conf=$configFile --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window --queryRequestRate=$req --load=$load --START_TIME=$START --END_TIME=$END --FLOW_LAUNCH_END_TIME=$FLOWEND --incast=10 --cdfFileName=$cdf --request=$query" > $RESULT_FILE 2> $RESULT_FILE &
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# cat $RESULT_FILE | grep 'FCT' | grep 'flowSize' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.fct
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# cat $RESULT_FILE | grep 'switch 0' | grep 'total' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.buf
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done
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done
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echo "#######################################"
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echo "# FINISHED LOAD EXPERIMENTS #"
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echo "#######################################"
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@ -0,0 +1,91 @@
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source ./config.sh
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RES_DUMP=$NS3/examples/PowerTCP/dump_workload
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RES_RESULTS=$NS3/examples/PowerTCP/results_workload
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configFile=$NS3/examples/PowerTCP/config-burst.txt #config-burst works just fine with workload as well. Flows are created from within evaluation-workload.cc
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MIX_DUMP=$NS3/examples/PowerTCP/mix
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mkdir $RES_DUMP
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mkdir $MIX_DUMP
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mkdir $RES_RESULTS
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# algs=(0 1 2 3 4 5 6 7 8)
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algs=(3 4 6 7 8)
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algNames=("dcqcn" "powerInt" "hpcc" "powerDelay" "timely" "dctcp" "patchedTimely" "swift" "rttqcn")
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CCMODE=(1 3 3 3 7 8 11 12 13)
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# at the moment, power int and delay are called from hpcc ACK function separately and hence cc mode is still 3.
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#--wien=true --delayWien=false
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wien=false
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delay=false
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cd $NS3
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START=0.1
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END=10
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FLOWEND=9
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LOADS=(0.2 0.4 0.6 0.8 0.9 0.95)
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REQ_RATE=(1 4 8 16)
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REQ_SIZE=(1000000 2000000 4000000 6000000 8000000 1000000)
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# REQ_RATE=(0)
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N=1
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cdf="$NS3/examples/PowerTCP/websearch.txt"
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################################################
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# 0.8 Load. Incast traffic @2MB Size, varying request rate (frequency of incast scenarios)
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################################################
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query=$(( 2*1000*1000 ))
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load="0.8"
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for req in ${REQ_RATE[@]};do
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for algorithm in ${algs[@]};do
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if [[ ${algNames[$algorithm]} == "powerInt" || ${algNames[$algorithm]} == "powerDelay" ]];then
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wien=true
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else
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wien=false
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fi
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if [[ ${algNames[$algorithm]} == "powerDelay" ]];then
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delay=true
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else
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delay=false
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fi
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if [[ ${algNames[$algorithm]} == "timely" || ${algNames[$algorithm]} == "dcqcn" ]];then
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window=0
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else
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window=1
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fi
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sleep 5
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# Check how many cores are being used.
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while [[ $(ps aux|grep "powertcp-evaluation-workload-optimized"|wc -l) -gt 80 ]];do
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echo "Waiting for cpu cores.... $N-th experiment "
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sleep 60
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done
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echo "evaluation-${algNames[$algorithm]}-$load-$req-$query.out $N"
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N=$(( $N+1 ))
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RESULT_FILE="$RES_DUMP/evaluation-${algNames[$algorithm]}-$load-$req-$query.out"
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# echo "time ./waf --run "evaluation-fairness --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window""
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time ./waf --run "powertcp-evaluation-workload --conf=$configFile --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window --queryRequestRate=$req --load=$load --START_TIME=$START --END_TIME=$END --FLOW_LAUNCH_END_TIME=$FLOWEND --incast=10 --cdfFileName=$cdf --request=$query" > $RESULT_FILE 2> $RESULT_FILE &
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# cat $RESULT_FILE | grep 'FCT' | grep 'flowSize' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.fct
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# cat $RESULT_FILE | grep 'switch 0' | grep 'total' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.buf
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done
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done
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echo "#######################################"
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echo "# FINISHED RATE EXPERIMENTS #"
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echo "#######################################"
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@ -173,7 +173,7 @@ for query in ${REQ_SIZE[@]};do
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sleep 5
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# Check how many cores are being used.
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while [[ $(ps aux|grep "evaluation-workload-optimized"|wc -l) -gt 80 ]];do
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while [[ $(ps aux|grep "powertcp-evaluation-workload-optimized"|wc -l) -gt 80 ]];do
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echo "Waiting for cpu cores.... $N-th experiment "
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sleep 60
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done
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@ -182,7 +182,7 @@ for query in ${REQ_SIZE[@]};do
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N=$(( $N+1 ))
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RESULT_FILE="$RES_DUMP/evaluation-${algNames[$algorithm]}-$load-$req-$query.out"
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# echo "time ./waf --run "evaluation-fairness --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window""
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time ./waf --run "evaluation-workload --conf=$configFile --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window --queryRequestRate=$req --load=$load --START_TIME=$START --END_TIME=$END --FLOW_LAUNCH_END_TIME=$FLOWEND --incast=10 --cdfFileName=$cdf --request=$query" > $RESULT_FILE 2> $RESULT_FILE &
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time ./waf --run "powertcp-evaluation-workload --conf=$configFile --algorithm=${CCMODE[$algorithm]} --wien=$wien --delayWien=$delay --windowCheck=$window --queryRequestRate=$req --load=$load --START_TIME=$START --END_TIME=$END --FLOW_LAUNCH_END_TIME=$FLOWEND --incast=10 --cdfFileName=$cdf --request=$query" > $RESULT_FILE 2> $RESULT_FILE &
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# cat $RESULT_FILE | grep 'FCT' | grep 'flowSize' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.fct
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# cat $RESULT_FILE | grep 'switch 0' | grep 'total' > $RES_RESULTS/result-${algNames[$algorithm]}-$load-$req.buf
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