new symphony folder with new folder structure and packages + removed old orchestration framework

experiments/ae/deterministic-parse.sh

-#!/bin/bash
-set -x
-
-# Requires two arguments: number of runs and results directory with json
-
-run_num=$1
-dir=$2
-
-# Parse the json file into experiment's out_dir
-for i in $(seq 1 $run_num);
-do
-    mkdir -p $dir/dt-gt-ib-sw/${i}
-    python3 pyexps/log_parser.py $dir/dt-gt-ib-sw-$i.json
-
-    cat $dir/dt-gt-ib-sw/${i}/host.client.0 | awk '/system.pc.simbricks_0:/ {print $1}' > $dir/dt-gt-ib-sw/${i}/host_trim
-done
-
-
-diff $dir/dt-gt-ib-sw/1/host_trim $dir/dt-gt-ib-sw/2/host_trim > $dir/dt-gt-ib-sw/host_trim12.diff

experiments/ae/deterministic.sh

-#!/bin/bash
-set -x
-# Runs the same simulation by default five times.
-if [ -z "$1" ]
-then
-    echo "set run num to five"
-    run_num=5
-else
-    echo "set run num to $1"
-    run_num=$1
-fi
-python3 run.py pyexps/ae/determ.py --filter dt-gt-ib-sw --force --verbose --runs=$1
-
-./ae/deterministic-parse.sh $run_num out

experiments/ae/dist-gem5.sh

-#!/bin/bash
-SB_BASE="$(readlink -f $(dirname ${BASH_SOURCE[0]})/../..)"
-GEM5_BASE="$SB_BASE/sims/external/gem5"
-
-# Runs dist-gem5 data points in Figure 9
-# It will generate simulation result files in simbricks/sims/external/gem5/util/dist/test/run-*.out
-echo "Start running dist-gem5 data points"
-cd $GEM5_BASE/util/dist/test
-./exp_run.sh
-echo "Done running dist-gem5 data points"
-# Process the results and prints
-python3 pyexps/ae/data_dist.py $GEM5_BASE/util/dist/test/ > ae/dist_gem5.data
-
-# Runs Simbricks data points in Figure 9
-# It will generate simulation results in simbricks/sims/external/gem5/util/simbricks/run-*.out
-echo "Start running simbricks data points"
-cd $GEM5_BASE/util/simbricks
-./exp_run.sh
-echo "Done running simbricks data points"
-# Process the results and prints
-python3 pyexps/ae/data_dist.py $GEM5_BASE/util/simbricks/ > ae/dist_simbricks.data
-

experiments/ae/eth_accuracy.sh

-#!/bin/bash
-
-### Ethernet interface accuracy
-# This experimnets runs two ns-3 instances, each runs a host node connected by simbricks ethernet adapter to the other side
-# Then it runs a single ns-3 instance with two host nodes connected inside ns-3
-
-SB_BASE="$(readlink -f $(dirname ${BASH_SOURCE[0]})/../..)"
-cd ../sims/external/ns-3
-export LD_LIBRARY_PATH="build/lib/:$LD_LIBRARY_PATH"
-
-RUN_DIR=$SB_BASE/experiments/out/accuracy
-#RUN_DIR=/tmp/simbricks/ns3
-rm -rf $RUN_DIR
-mkdir -p $RUN_DIR
-
-
-# Runs the SENDER host first
-echo "run sender host"
-./simbricks-run.sh simbricks-nicif-example --verbose --uxsoc=$RUN_DIR/uxsoc --shm=$RUN_DIR/shm --syncDelay=500000 --pollDelay=500000 --ethLatency=500000 --sync=1 --sync_mode=0 > $RUN_DIR/sender.out 2>&1 &
-
-pid=$!
-ALL_PIDS="$ALL_PIDS $pid"
-
-sleep 1
-
-# Runs the RECEIVER host
-echo "run receiver host"
-./simbricks-run.sh simbricks-netif-example --verbose --uxsoc=$RUN_DIR/uxsoc --syncDelay=500000 --pollDelay=500000 --ethLatency=500000 --sync=1 > $RUN_DIR/receiver.out 2>&1 &
-
-# 
-# 
-pid=$!
-ALL_PIDS="$ALL_PIDS $pid"
-
-cleanup() {
-    echo "Cleaning up"
-
-    for p in $ALL_PIDS ; do
-        kill -KILL $p &>/dev/null
-    done
-    date
-}
-
-sighandler(){
-    echo "caught Interrup, aborting..."
-    cleanup
-    date
-    exit 1
-}
-
-sleep 2
-
-
-
-### Run single instance ns-3
-echo "Run single instance ns-3"
-./simbricks-run.sh packet-socket-apps --verbose > $RUN_DIR/single_ns3.out 2>&1
-
-echo "parsing data"
-cat $RUN_DIR/sender.out | awk '/Time:/ {print "Tx at: "$11}' > $RUN_DIR/sender.time
-cat $RUN_DIR/receiver.out | awk '/time/ {print "Rx at: "$4}' > $RUN_DIR/receiver.time
-cat $RUN_DIR/single_ns3.out | awk '{if($1 == "At") {print "Rx at: "$3} else if ($2 == "TX") {print "Tx at: "$10}}' > $RUN_DIR/single_ns3.time
-
-
-
-
-echo "cleanup"
-cleanup

experiments/ae/host-scale.sh

-#!/bin/bash
-
-# Runs simulation with varying number of host configuration
-# It will generate raw simulation json file result in out/
-python3 run.py pyexps/ae/f7_scale.py --filter host-* --force --verbose
-
-# Process the results and prints
-python3 pyexps/ae/data_host_scale.py out/ > ae/host_scale.data
-

experiments/ae/net-decmp.sh

-#!/bin/bash
-
-cd pyexps/ae
-# Run 2 hosts connected to one switch. Bit rate: 0 GB
-echo "Run Run 2 hosts connected to one switch. Bit rate: 0 GB"
-./pktgen.sh 2 0 run_switch >  ../../out/pktgen/2h1s0b.out 2>&1
-python3 data_decmp.py ../../out/pktgen/2h1s0b.out 2>&1
-
-# Run 2 hosts connected to one switch. Bit rate: 100 GB
-echo "Run 2 hosts connected to one switch. Bit rate: 100 GB"
-./pktgen.sh 2 100 run_switch >  ../../out/pktgen/2h1s100b.out 2>&1
-python3 data_decmp.py ../../out/pktgen/2h1s100b.out 2>&1
-# Run 32 hosts connected to one switch. Bit rate: 0 GB
-echo "Run 32 hosts connected to one switch. Bit rate: 0 GB"
-./pktgen.sh 32 0 run_switch >  ../../out/pktgen/32h1s0b.out 2>&1
-python3 data_decmp.py ../../out/pktgen/32h1s0b.out 2>&1
-# Run 32 hosts connected to one switch. Bit rate: 100 GB
-echo "Run 32 hosts connected to one switch. Bit rate: 100 GB"
-./pktgen.sh 32 100 run_switch >  ../../out/pktgen/32h1s100b.out 2>&1
-python3 data_decmp.py ../../out/pktgen/32h1s100b.out 2>&1
-
-# This part runs decomposed network configuration.
-# 32 hosts are spread to 4 ToR switchs
-# ToR switches are connected by 1 root switch
-
-# Run Bit rate: 0 GB
-echo "Decomposed Run Bit rate: 0 GB"
-./pktgen.sh 32 0 4 run_switch_tor >  ../../out/pktgen/32hT0b.out 2>&1
-python3 data_decmp.py ../../out/pktgen/32hT0b.out 2>&1
-# Run Bit rate: 100 GB
-echo "Decomposed Run Bit rate: 100 GB"
-./pktgen.sh 32 100 4 run_switch_tor >  ../../out/pktgen/32hT100b.out 2>&1
-python3 data_decmp.py ../../out/pktgen/32hT100b.out 2>&1
\ No newline at end of file

experiments/ae/netperf.sh

-#!/bin/bash
-
-# Runs only combinations listed in Table 1 by default
-
-if [ -z "$1" ] || [ $1 == "selected" ];
-then
-    echo "Run only Table 1 combinations"
-    python3 run.py pyexps/ae/t1_netperf.py --filter nf-qemu-sw-ib --force --verbose
-    python3 run.py pyexps/ae/t1_netperf.py --filter nf-gt-ns3-ib --force --verbose
-    python3 run.py pyexps/ae/t1_netperf.py --filter nf-qemu-sw-cv --force --verbose
-    python3 run.py pyexps/ae/t1_netperf.py --filter nf-qt-sw-cv --force --verbose
-
-elif [ $1 == "all" ];
-then
-    echo "Run all the combinations in Appendix 4, Table 3"
-    python3 run.py pyexps/ae/t1_netperf.py --filter=* --force --verbose 
-
-fi
-
-
-# Process the results and prints
-python3 pyexps/ae/data_netperf.py out/ > ae/netperf.data
-

experiments/ae/nopaxos-tofino.sh

-#!/bin/bash
-SB_BASE="$(readlink -f $(dirname ${BASH_SOURCE[0]})/../..)"
-
-start_tofino () {
-    $SDE/run_tofino_model.sh -p nopaxos --log-dir /tmp --json-logs-enable -q &
-    sleep 5
-    $SDE/run_switchd.sh -p nopaxos &
-    sleep 20
-    $SDE/run_bfshell.sh -b /simbricks/sims/net/tofino/p4/nopaxos_setup.py
-}
-
-cleanup () {
-    killall -9 tofino-model
-    killall -9 run_tofino_model.sh
-    killall -9 bf_switchd
-    killall -9 run_switchd.sh
-    rm -f /tmp/model.ldjson
-}
-
-run_experiment () {
-    start_tofino
-    python3 run.py pyexps/ae/nopaxos.py --filter nopaxos-qt-ib-tofino-$1 --force --verbose
-    cleanup
-}
-
-# Run nopaxos with Tofino sequencer in Figure 10
-for i in 1 2 3 4 5 6 8 10
-do
-    run_experiment $i
-done
-
-# Parse nopaxos result
-python3 pyexps/ae/data_nopaxos.py out/ > ae/nopaxos.data

experiments/ae/nopaxos.sh

-#!/bin/bash
-SB_BASE="$(readlink -f $(dirname ${BASH_SOURCE[0]})/../..)"
-
-# Run nopaxos with endhost sequencer in Figure 10
-echo "Start running nopaxos with endhost sequencer data points"
-python3 run.py pyexps/ae/nopaxos.py --filter nopaxos-qt-ib-ehseq-* --force --verbose
-
-# Run nopaxos with switch sequencer in Figure 10
-echo "Start running nopaxos with switch sequencer data points"
-python3 run.py pyexps/ae/nopaxos.py --filter nopaxos-qt-ib-swseq-* --force --verbose
-
-# Parse nopaxos result
-python3 pyexps/ae/data_nopaxos.py out/ > ae/nopaxos.data

experiments/ae/pci-latency.sh

-#!/bin/bash
-
-# Runs simulation with varying PCI latency configuration
-# It will generate raw simulation json file result in out/
-python3 run.py pyexps/ae/f9_latency.py --filter pci-gt-ib-sw-* --force --verbose
-
-# Process the results and prints
-python3 pyexps/ae/data_pci_latency.py out/ > ae/pci_latency.data
-

experiments/ae/simbricks-dctcp.sh

-#!/bin/bash
-SB_BASE="$(readlink -f $(dirname ${BASH_SOURCE[0]})/../..)"
-NS3_BASE="$SB_BASE/sims/external/ns-3"
-
-# Runs ns-3 data points in Figure 1
-# It will generate simulation result files in simbricks/sims/external/ns-3
-./pyexps/ae/ns3-dctcp.sh `nproc`
-python3 pyexps/ae/data_ns3_dctcp.py $NS3_BASE > ae/dctcp_ns3.data
-
-# Runs Simbricks data points in Figure 1
-# It will generate simulation results in out/
-python3 run.py pyexps/ae/f1_dctcp.py --filter gt-ib-* --force --verbose --parallel
-
-# Process the results and prints
-python3 pyexps/ae/data_sb_dctcp.py out/ > ae/dctcp_simbricks.data
-

experiments/ae/sync-overhead.sh

-#!/bin/bash
-
-# Runs low event workload (sleep 10) with Simbricks
-# It will generate raw simulation json file result in out/
-python3 run.py pyexps/ae/no_traffic.py --filter noTraf-gt-ib-sw-sleep --force --verbose
-
-# Runs high event workload (dd) with Simbricks
-# It will generate raw simulation json file result in out/
-python3 run.py pyexps/ae/no_traffic.py --filter noTraf-gt-ib-sw-busy --force --verbose
-
-# Runs high event workload (dd) without Simbricks (standalone gem5)
-# It will generate raw simulation json file result in out/
-python3 run.py pyexps/ae/no-simbricks.py --filter no_simb-gt-sleep --force --verbose
-
-# Runs high event workload (dd) without Simbricks (standalone gem5)
-# It will generate raw simulation json file result in out/
-python3 run.py pyexps/ae/no-simbricks.py --filter no_simb-gt-busy --force --verbose
-
-
-
-# Process the results and prints
-python3 pyexps/ae/data_sync_overhead.py out/ > ae/sync_overhead.data
-

experiments/cc/change_k.sh

-#!/bin/bash
-if [ -z $1 ]; then
-    echo "no arg given"
-    exit -1
-fi
-
-# This file executes the BCM command to change the K value for a profile 0.
-# Before doing this, one need to assign a profile 0 to a relevant ports.
-# copy this file to the machine with switch is connected via serial.
-# See the below link for other commands to setup the DCTCP ECN makring.
-# https://docs.google.com/presentation/d/1nyJOYap6yiSoxHBIDarSBjxGFVGJtEqSv01oVoJYuoc
-
-K=$1
-
-#This is where it creates a BCM script for minicom to send.
-cat <<EOF > bcmscript.txt
-send modify mmu_wred_drop_curve_profile_0 0 1 max_drop_rate=0xe max_thd=$K min_thd=$K
-EOF
-
-#Execute minicom and send the command above, then send exit command via pipe.
-#exit command is stored in a separate file due to use of special characters.
-cat exit_minicom.txt | sudo minicom -S bcmscript.txt -C capture.txt -t vt100
-
-#Output will be captured and displayed. No output is expected in a succesful execution.
-cat capture.txt
-
-echo "Setting threshold to $K"

experiments/cc/exit_minicom.txt

-
x

experiments/cc/generate_json.py

-import glob
-import json
-import os
-import re
-import sys
-
-if len(sys.argv) != 2:
-    print('Usage: generate_json.py OUTDIR')
-    sys.exit(1)
-
-cellsz = 208
-outdir = sys.argv[1] + '/'
-fn_pat = re.compile(r'(\d*)-(\d*)-(\d*).*')
-
-runmap = {}
-
-for f in glob.glob('testbed-results/*_*pktgap/*.txt'):
-    bn = os.path.basename(f)
-    m = fn_pat.match(bn)
-    if not m:
-        continue
-
-    mtu = int(m.group(1))
-    k = int(m.group(2)) * cellsz
-
-    runk = (mtu, k)
-    clients = runmap.get(runk, {})
-
-    with open(f, 'r', encoding='utf-8') as f:
-        clients['host.client.' + m.group(3)] = {'stdout': f.readlines()}
-    runmap[runk] = clients
-
-for ((mtu, k), clients) in runmap.items():
-    ofn = f'{outdir}tb-ib-dumbbell-DCTCPm{k}-{mtu}-1.json'
-    data = {'sims': clients}
-    with open(ofn, 'w', encoding='utf-8') as outfile:
-        json.dump(data, outfile)

experiments/cc/parse_output.sh

-#!/bin/bash
-# Execute this in a folder with outputs.
-# It only uses the total average throughput as output.
-
-DUR=30
-echo MTU K Throughput
-grep 0.0-$DUR *.txt | sed 's/:/ /g' | sed 's/-/ /g' | sort -h -k2 | awk '{print $1, $2, $11}'

experiments/cc/testbed-results/1500_4pktgap/1500-0-1.txt

-------------------------------------------------------------
-Client connecting to 10.9.9.11, TCP port 5001
-TCP window size:  416 KByte (WARNING: requested  400 KByte)
-------------------------------------------------------------
-[  3] local 10.9.9.12 port 35904 connected with 10.9.9.11 port 5001
-[ ID] Interval       Transfer     Bandwidth
-[  3]  0.0- 1.0 sec   121 MBytes  1.02 Gbits/sec
-[  3]  1.0- 2.0 sec   109 MBytes   913 Mbits/sec
-[  3]  2.0- 3.0 sec   107 MBytes   900 Mbits/sec
-[  3]  3.0- 4.0 sec   123 MBytes  1.03 Gbits/sec
-[  3]  4.0- 5.0 sec   123 MBytes  1.03 Gbits/sec
-[  3]  5.0- 6.0 sec   133 MBytes  1.12 Gbits/sec
-[  3]  6.0- 7.0 sec   122 MBytes  1.02 Gbits/sec
-[  3]  7.0- 8.0 sec   122 MBytes  1.02 Gbits/sec
-[  3]  8.0- 9.0 sec   137 MBytes  1.15 Gbits/sec
-[  3]  9.0-10.0 sec   132 MBytes  1.11 Gbits/sec
-[  3] 10.0-11.0 sec   116 MBytes   977 Mbits/sec
-[  3] 11.0-12.0 sec   115 MBytes   963 Mbits/sec
-[  3] 12.0-13.0 sec   116 MBytes   973 Mbits/sec
-[  3] 13.0-14.0 sec   133 MBytes  1.11 Gbits/sec
-[  3] 14.0-15.0 sec   132 MBytes  1.11 Gbits/sec
-[  3] 15.0-16.0 sec   133 MBytes  1.11 Gbits/sec
-[  3] 16.0-17.0 sec   135 MBytes  1.13 Gbits/sec
-[  3] 17.0-18.0 sec   133 MBytes  1.12 Gbits/sec
-[  3] 18.0-19.0 sec   135 MBytes  1.13 Gbits/sec
-[  3] 19.0-20.0 sec   133 MBytes  1.12 Gbits/sec
-[  3] 20.0-21.0 sec   134 MBytes  1.13 Gbits/sec
-[  3] 21.0-22.0 sec   132 MBytes  1.11 Gbits/sec
-[  3] 22.0-23.0 sec   131 MBytes  1.10 Gbits/sec
-[  3] 23.0-24.0 sec   126 MBytes  1.05 Gbits/sec
-[  3] 24.0-25.0 sec   114 MBytes   956 Mbits/sec
-[  3] 25.0-26.0 sec   114 MBytes   960 Mbits/sec
-[  3] 26.0-27.0 sec   119 MBytes  1.00 Gbits/sec
-[  3] 27.0-28.0 sec   117 MBytes   978 Mbits/sec
-[  3] 28.0-29.0 sec   130 MBytes  1.09 Gbits/sec
-[  3] 29.0-30.0 sec   116 MBytes   972 Mbits/sec
-[  3]  0.0-30.0 sec  3.65 GBytes  1.05 Gbits/sec

experiments/cc/testbed-results/1500_4pktgap/1500-0-2.txt

-------------------------------------------------------------
-Client connecting to 10.9.9.11, TCP port 5001
-TCP window size:  416 KByte (WARNING: requested  400 KByte)
-------------------------------------------------------------
-[  3] local 10.9.9.13 port 59318 connected with 10.9.9.11 port 5001
-[ ID] Interval       Transfer     Bandwidth
-[  3]  0.0- 1.0 sec   117 MBytes   985 Mbits/sec
-[  3]  1.0- 2.0 sec   134 MBytes  1.12 Gbits/sec
-[  3]  2.0- 3.0 sec   130 MBytes  1.09 Gbits/sec
-[  3]  3.0- 4.0 sec   134 MBytes  1.12 Gbits/sec
-[  3]  4.0- 5.0 sec   134 MBytes  1.13 Gbits/sec
-[  3]  5.0- 6.0 sec   137 MBytes  1.15 Gbits/sec
-[  3]  6.0- 7.0 sec   134 MBytes  1.13 Gbits/sec
-[  3]  7.0- 8.0 sec   134 MBytes  1.13 Gbits/sec
-[  3]  8.0- 9.0 sec   138 MBytes  1.15 Gbits/sec
-[  3]  9.0-10.0 sec   133 MBytes  1.12 Gbits/sec
-[  3] 10.0-11.0 sec   133 MBytes  1.12 Gbits/sec
-[  3] 11.0-12.0 sec   133 MBytes  1.11 Gbits/sec
-[  3] 12.0-13.0 sec   131 MBytes  1.10 Gbits/sec
-[  3] 13.0-14.0 sec   109 MBytes   913 Mbits/sec
-[  3] 14.0-15.0 sec   109 MBytes   911 Mbits/sec
-[  3] 15.0-16.0 sec   112 MBytes   938 Mbits/sec
-[  3] 16.0-17.0 sec   108 MBytes   905 Mbits/sec
-[  3] 17.0-18.0 sec   108 MBytes   902 Mbits/sec
-[  3] 18.0-19.0 sec   108 MBytes   910 Mbits/sec
-[  3] 19.0-20.0 sec   109 MBytes   916 Mbits/sec
-[  3] 20.0-21.0 sec   109 MBytes   912 Mbits/sec
-[  3] 21.0-22.0 sec   106 MBytes   888 Mbits/sec
-[  3] 22.0-23.0 sec   108 MBytes   905 Mbits/sec
-[  3] 23.0-24.0 sec   128 MBytes  1.07 Gbits/sec
-[  3] 24.0-25.0 sec   133 MBytes  1.12 Gbits/sec
-[  3] 25.0-26.0 sec   134 MBytes  1.12 Gbits/sec
-[  3] 26.0-27.0 sec   133 MBytes  1.12 Gbits/sec
-[  3] 27.0-28.0 sec   135 MBytes  1.13 Gbits/sec
-[  3] 28.0-29.0 sec   134 MBytes  1.12 Gbits/sec
-[  3] 29.0-30.0 sec   129 MBytes  1.08 Gbits/sec
-[  3]  0.0-30.0 sec  3.65 GBytes  1.04 Gbits/sec

experiments/cc/testbed-results/1500_4pktgap/1500-128-1.txt

-------------------------------------------------------------
-Client connecting to 10.9.9.11, TCP port 5001
-TCP window size:  416 KByte (WARNING: requested  400 KByte)
-------------------------------------------------------------
-[  3] local 10.9.9.12 port 35538 connected with 10.9.9.11 port 5001
-[ ID] Interval       Transfer     Bandwidth
-[  3]  0.0- 1.0 sec   322 MBytes  2.70 Gbits/sec
-[  3]  1.0- 2.0 sec   392 MBytes  3.29 Gbits/sec
-[  3]  2.0- 3.0 sec   421 MBytes  3.53 Gbits/sec
-[  3]  3.0- 4.0 sec   462 MBytes  3.87 Gbits/sec
-[  3]  4.0- 5.0 sec   356 MBytes  2.98 Gbits/sec
-[  3]  5.0- 6.0 sec   266 MBytes  2.23 Gbits/sec
-[  3]  6.0- 7.0 sec   286 MBytes  2.40 Gbits/sec
-[  3]  7.0- 8.0 sec   222 MBytes  1.86 Gbits/sec
-[  3]  8.0- 9.0 sec   346 MBytes  2.91 Gbits/sec
-[  3]  9.0-10.0 sec   336 MBytes  2.81 Gbits/sec
-[  3] 10.0-11.0 sec   380 MBytes  3.18 Gbits/sec
-[  3] 11.0-12.0 sec   341 MBytes  2.86 Gbits/sec
-[  3] 12.0-13.0 sec   441 MBytes  3.70 Gbits/sec
-[  3] 13.0-14.0 sec   313 MBytes  2.63 Gbits/sec
-[  3] 14.0-15.0 sec   254 MBytes  2.13 Gbits/sec
-[  3] 15.0-16.0 sec   445 MBytes  3.73 Gbits/sec
-[  3] 16.0-17.0 sec   351 MBytes  2.94 Gbits/sec
-[  3] 17.0-18.0 sec   359 MBytes  3.01 Gbits/sec
-[  3] 18.0-19.0 sec   301 MBytes  2.52 Gbits/sec
-[  3] 19.0-20.0 sec   232 MBytes  1.94 Gbits/sec
-[  3] 20.0-21.0 sec   376 MBytes  3.15 Gbits/sec
-[  3] 21.0-22.0 sec   369 MBytes  3.09 Gbits/sec
-[  3] 22.0-23.0 sec   211 MBytes  1.77 Gbits/sec
-[  3] 23.0-24.0 sec   156 MBytes  1.30 Gbits/sec
-[  3] 24.0-25.0 sec   296 MBytes  2.48 Gbits/sec
-[  3] 25.0-26.0 sec   346 MBytes  2.90 Gbits/sec
-[  3] 26.0-27.0 sec   371 MBytes  3.11 Gbits/sec
-[  3] 27.0-28.0 sec   251 MBytes  2.10 Gbits/sec
-[  3] 28.0-29.0 sec   411 MBytes  3.45 Gbits/sec
-[  3] 29.0-30.0 sec   396 MBytes  3.33 Gbits/sec
-[  3]  0.0-30.0 sec  9.77 GBytes  2.80 Gbits/sec

experiments/cc/testbed-results/1500_4pktgap/1500-128-2.txt

-------------------------------------------------------------
-Client connecting to 10.9.9.11, TCP port 5001
-TCP window size:  416 KByte (WARNING: requested  400 KByte)
-------------------------------------------------------------
-[  3] local 10.9.9.13 port 59044 connected with 10.9.9.11 port 5001
-[ ID] Interval       Transfer     Bandwidth
-[  3]  0.0- 1.0 sec   332 MBytes  2.79 Gbits/sec
-[  3]  1.0- 2.0 sec   229 MBytes  1.92 Gbits/sec
-[  3]  2.0- 3.0 sec   239 MBytes  2.00 Gbits/sec
-[  3]  3.0- 4.0 sec   118 MBytes   994 Mbits/sec
-[  3]  4.0- 5.0 sec   366 MBytes  3.07 Gbits/sec
-[  3]  5.0- 6.0 sec   368 MBytes  3.08 Gbits/sec
-[  3]  6.0- 7.0 sec   497 MBytes  4.17 Gbits/sec
-[  3]  7.0- 8.0 sec   346 MBytes  2.90 Gbits/sec
-[  3]  8.0- 9.0 sec   309 MBytes  2.59 Gbits/sec
-[  3]  9.0-10.0 sec   169 MBytes  1.42 Gbits/sec
-[  3] 10.0-11.0 sec   454 MBytes  3.81 Gbits/sec
-[  3] 11.0-12.0 sec   293 MBytes  2.46 Gbits/sec
-[  3] 12.0-13.0 sec   334 MBytes  2.80 Gbits/sec
-[  3] 13.0-14.0 sec   351 MBytes  2.95 Gbits/sec
-[  3] 14.0-15.0 sec   324 MBytes  2.72 Gbits/sec
-[  3] 15.0-16.0 sec   171 MBytes  1.44 Gbits/sec
-[  3] 16.0-17.0 sec   396 MBytes  3.33 Gbits/sec
-[  3] 17.0-18.0 sec   331 MBytes  2.78 Gbits/sec
-[  3] 18.0-19.0 sec   376 MBytes  3.15 Gbits/sec
-[  3] 19.0-20.0 sec   418 MBytes  3.51 Gbits/sec
-[  3] 20.0-21.0 sec   352 MBytes  2.95 Gbits/sec
-[  3] 21.0-22.0 sec   313 MBytes  2.63 Gbits/sec
-[  3] 22.0-23.0 sec   316 MBytes  2.65 Gbits/sec
-[  3] 23.0-24.0 sec   365 MBytes  3.06 Gbits/sec
-[  3] 24.0-25.0 sec   335 MBytes  2.81 Gbits/sec
-[  3] 25.0-26.0 sec   507 MBytes  4.25 Gbits/sec
-[  3] 26.0-27.0 sec   312 MBytes  2.62 Gbits/sec
-[  3] 27.0-28.0 sec   319 MBytes  2.68 Gbits/sec
-[  3] 28.0-29.0 sec   363 MBytes  3.05 Gbits/sec
-[  3] 29.0-30.0 sec   248 MBytes  2.08 Gbits/sec
-[  3]  0.0-30.0 sec  9.62 GBytes  2.76 Gbits/sec