Version 1 (modified by 13 years ago) (diff) | ,
---|
Here are the details of Baseline 6, divided by slice.
The raw logs of each experiment are at http://www.gpolab.bbn.com/plastic-slices/baseline-logs/baseline-6/.
plastic-101
GigaPing, using count=100000, and this table of client/server pairs:
client | server | server address |
ganel.gpolab.bbn.com | planetlab5.clemson.edu | server=10.42.101.105 |
planetlab4.clemson.edu | plnode2.cip.gatech.edu | server=10.42.101.101 |
plnode1.cip.gatech.edu | pl5.myplc.grnoc.iu.edu | server=10.42.101.73 |
pl4.myplc.grnoc.iu.edu | orbitplc2.orbit-lab.org | server=10.42.101.112 |
orbitplc1.orbit-lab.org | of-planet2.stanford.edu | server=10.42.101.91 |
of-planet1.stanford.edu | pl02.cs.washington.edu | server=10.42.101.81 |
pl01.cs.washington.edu | wings-openflow-3.wail.wisc.edu | server=10.42.101.96 |
wings-openflow-2.wail.wisc.edu | gardil.gpolab.bbn.com | server=10.42.101.52 |
Commands run on each client
server=<ipaddr> sudo ping -i .006 -s $((1500-8-20)) $server
Results
ganel.gpolab.bbn.com:
planetlab4.clemson.edu:
plnode1.cip.gatech.edu:
pl4.myplc.grnoc.iu.edu:
orbitplc1.orbit-lab.org:
of-planet1.stanford.edu:
pl01.cs.washington.edu:
wings-openflow-2.wail.wisc.edu:
Analysis
(forthcoming)
plastic-102
GigaPing, using count=100000, and this table of client/server pairs:
client | server | server address |
sardis.gpolab.bbn.com | planetlab4.clemson.edu | server=10.42.102.104 |
planetlab5.clemson.edu | plnode1.cip.gatech.edu | server=10.42.102.100 |
plnode2.cip.gatech.edu | pl4.myplc.grnoc.iu.edu | server=10.42.102.72 |
pl5.myplc.grnoc.iu.edu | orbitplc1.orbit-lab.org | server=10.42.102.111 |
orbitplc2.orbit-lab.org | of-planet4.stanford.edu | server=10.42.102.93 |
of-planet3.stanford.edu | pl01.cs.washington.edu | server=10.42.102.80 |
pl02.cs.washington.edu | wings-openflow-2.wail.wisc.edu | server=10.42.102.95 |
wings-openflow-3.wail.wisc.edu | bain.gpolab.bbn.com | server=10.42.102.54 |
Commands run on each client
server=<ipaddr> sudo ping -i .006 -s $((1500-8-20)) $server
Results
sardis.gpolab.bbn.com:
planetlab5.clemson.edu:
plnode2.cip.gatech.edu:
pl5.myplc.grnoc.iu.edu:
orbitplc2.orbit-lab.org:
of-planet3.stanford.edu:
pl02.cs.washington.edu:
wings-openflow-3.wail.wisc.edu:
Analysis
(forthcoming)
plastic-103
GigaPerf TCP, using port=5103, size=350, and this table of client/server pairs:
client | server | server address |
of-planet1.stanford.edu | navis.gpolab.bbn.com | server=10.42.103.55 |
ganel.gpolab.bbn.com | orbitplc1.orbit-lab.org | server=10.42.103.111 |
pl02.cs.washington.edu | bain.gpolab.bbn.com | server=10.42.103.54 |
of-planet2.stanford.edu | pl01.cs.washington.edu | server=10.42.103.80 |
orbitplc2.orbit-lab.org | of-planet3.stanford.edu | server=10.42.103.92 |
One-time prep commands run on each client and server
sudo yum -y install iperf
Commands run on each server
server=<ipaddr> nice -n 19 iperf -B $server -p 5103 -s -i 1
Commands run on each client
server=<ipaddr> nice -n 19 iperf -c $server -p 5103 -t 518400
Results
of-planet1.stanford.edu:
ganel.gpolab.bbn.com:
orbitplc2.orbit-lab.org:
pl02.cs.washington.edu:
of-planet2.stanford.edu:
orbitplc1.orbit-lab.org:
Analysis
(forthcoming)
plastic-104
GigaPerf UDP, using port=5104, size=500, rate=100, and this table of client/server pairs:
client | server | server address |
navis.gpolab.bbn.com | wings-openflow-2.wail.wisc.edu | server=10.42.104.95 |
wings-openflow-3.wail.wisc.edu | orbitplc2.orbit-lab.org | server=10.42.104.112 |
orbitplc1.orbit-lab.org | pl4.myplc.grnoc.iu.edu | server=10.42.104.72 |
pl5.myplc.grnoc.iu.edu | gardil.gpolab.bbn.com | server=10.42.104.52 |
One-time prep commands run on each client and server
sudo yum -y install iperf
Commands run on each server
server=<ipaddr> nice -n 19 iperf -u -B $server -p 5104 -s -i 1
Commands run on each client
server=<ipaddr> nice -n 19 iperf -u -c $server -p 5104 -t 518400 -b 3M
Results
navis.gpolab.bbn.com:
wings-openflow-3.wail.wisc.edu:
orbitplc1.orbit-lab.org:
pl5.myplc.grnoc.iu.edu:
Analysis
(forthcoming)
plastic-105
GigaPerf TCP, using port=5105, size=250, and this table of client/server pairs:
client | server | server address |
wings-openflow-2.wail.wisc.edu | planetlab5.clemson.edu | server=10.42.105.105 |
planetlab4.clemson.edu | sardis.gpolab.bbn.com | server=10.42.105.53 |
bain.gpolab.bbn.com | plnode2.cip.gatech.edu | server=10.42.105.101 |
plnode1.cip.gatech.edu | wings-openflow-3.wail.wisc.edu | server=10.42.105.96 |
One-time prep commands run on each client and server
sudo yum -y install iperf
Commands run on each server
server=<ipaddr> nice -n 19 iperf -B $server -p 5105 -s -i 1
Commands run on each client
server=<ipaddr> nice -n 19 iperf -c $server -p 5105 -t 518400
Results
wings-openflow-2.wail.wisc.edu:
planetlab4.clemson.edu:
bain.gpolab.bbn.com:
plnode1.cip.gatech.edu:
Analysis
(forthcoming)
plastic-106
GigaPerf UDP, using port=5106, size=500, rate=100, and this table of client/server pairs:
client | server | server address |
planetlab5.clemson.edu | wings-openflow-2.wail.wisc.edu | server=10.42.106.95 |
wings-openflow-3.wail.wisc.edu | plnode1.cip.gatech.edu | server=10.42.106.100 |
plnode2.cip.gatech.edu | ganel.gpolab.bbn.com | server=10.42.106.51 |
gardil.gpolab.bbn.com | planetlab4.clemson.edu | server=10.42.106.104 |
One-time prep commands run on each client and server
sudo yum -y install iperf
Commands run on each server
server=<ipaddr> nice -n 19 iperf -u -B $server -p 5106 -s -i 1
Commands run on each client
server=<ipaddr> nice -n 19 iperf -u -c $server -p 5106 -t 518400 -b 3M
Results
Analysis
(forthcoming)
plastic-107
GigaWeb, using count=30, port=4107, file=substrate.doc, md5sum=d4fcf71833327fbfef98be09deef8bfb, and this table of client/server pairs:
client | server | server address |
planetlab5.clemson.edu | pl4.myplc.grnoc.iu.edu | server=10.42.107.72 |
pl5.myplc.grnoc.iu.edu | plnode2.cip.gatech.edu | server=10.42.107.101 |
plnode1.cip.gatech.edu | pl02.cs.washington.edu | server=10.42.107.81 |
pl01.cs.washington.edu | planetlab4.clemson.edu | server=10.42.107.104 |
One-time prep commands run on each server
sudo yum -y install pyOpenSSL patch cd rm -rf ~/gigaweb mkdir -p ~/gigaweb/docroot cd ~/gigaweb wget http://code.activestate.com/recipes/442473-simple-http-server-supporting-ssl-secure-communica/download/1/ -O httpsd.py wget http://groups.geni.net/geni/attachment/wiki/PlasticSlices/Experiments/httpsd.py.patch?format=raw -O httpsd.py.patch patch httpsd.py httpsd.py.patch rm httpsd.py.patch cd ~/gigaweb/docroot wget http://groups.geni.net/geni/attachment/wiki/DeliverablePage/Spiral1%20substrate%20catalog.doc?format=raw -O substrate.doc cd ~/gigaweb openssl genrsa -passout pass:localhost -des3 -rand /dev/urandom -out localhost.localdomain.key 1024 openssl req -subj /CN=localhost.localdomain -passin pass:localhost -new -key localhost.localdomain.key -out localhost.localdomain.csr openssl x509 -passin pass:localhost -req -days 3650 -in localhost.localdomain.csr -signkey localhost.localdomain.key -out localhost.localdomain.crt openssl rsa -passin pass:localhost -in localhost.localdomain.key -out decrypted.localhost.localdomain.key mv -f decrypted.localhost.localdomain.key localhost.localdomain.key cat localhost.localdomain.key localhost.localdomain.crt > localhost.localdomain.pem rm localhost.localdomain.key localhost.localdomain.crt localhost.localdomain.csr
Commands run on each server
server=<ipaddr> cd ~/gigaweb/docroot python ../httpsd.py $server 4107
Commands run on each client
server=<ipaddr> cd rm -rf ~/gigaweb mkdir ~/gigaweb cd ~/gigaweb while true ; do wget --no-check-certificate https://$server:4107/substrate.doc -O substrate.doc ; echo -n "md5sum: " ; md5sum substrate.doc ; rm substrate.doc ; done
Results
Since we transfered the file to each client hundreds (if not thousands) of times, we didn't save all the copies, but we did generate an MD5 checksum after each download, and log that, so we ran some grep commands on the logs to count the number of total checksums printed in each log, and the number where the checksum had the expected value.
planetlab5.clemson.edu:
pl5.myplc.grnoc.iu.edu:
plnode1.cip.gatech.edu:
pl01.cs.washington.edu:
Analysis
(forthcoming)
plastic-108
GigaWeb, using count=40, port=4108, file=substrate.doc, md5sum=d4fcf71833327fbfef98be09deef8bfb, and this table of client/server pairs:
client | server | server address |
wings-openflow-3.wail.wisc.edu | of-planet4.stanford.edu | server=10.42.108.93 |
of-planet3.stanford.edu | orbitplc1.orbit-lab.org | server=10.42.108.111 |
orbitplc2.orbit-lab.org | pl5.myplc.grnoc.iu.edu | server=10.42.108.73 |
pl4.myplc.grnoc.iu.edu | wings-openflow-2.wail.wisc.edu | server=10.42.108.95 |
One-time prep commands run on each server
sudo yum -y install pyOpenSSL patch cd rm -rf ~/gigaweb mkdir -p ~/gigaweb/docroot cd ~/gigaweb wget http://code.activestate.com/recipes/442473-simple-http-server-supporting-ssl-secure-communica/download/1/ -O httpsd.py wget http://groups.geni.net/geni/attachment/wiki/PlasticSlices/Experiments/httpsd.py.patch?format=raw -O httpsd.py.patch patch httpsd.py httpsd.py.patch rm httpsd.py.patch cd ~/gigaweb/docroot wget http://groups.geni.net/geni/attachment/wiki/DeliverablePage/Spiral1%20substrate%20catalog.doc?format=raw -O substrate.doc cd ~/gigaweb openssl genrsa -passout pass:localhost -des3 -rand /dev/urandom -out localhost.localdomain.key 1024 openssl req -subj /CN=localhost.localdomain -passin pass:localhost -new -key localhost.localdomain.key -out localhost.localdomain.csr openssl x509 -passin pass:localhost -req -days 3650 -in localhost.localdomain.csr -signkey localhost.localdomain.key -out localhost.localdomain.crt openssl rsa -passin pass:localhost -in localhost.localdomain.key -out decrypted.localhost.localdomain.key mv -f decrypted.localhost.localdomain.key localhost.localdomain.key cat localhost.localdomain.key localhost.localdomain.crt > localhost.localdomain.pem rm localhost.localdomain.key localhost.localdomain.crt localhost.localdomain.csr
Commands run on each server
server=<ipaddr> cd ~/gigaweb/docroot python ../httpsd.py $server 4108
Commands run on each client
server=<ipaddr> cd rm -rf ~/gigaweb mkdir ~/gigaweb cd ~/gigaweb while true ; do wget --no-check-certificate https://$server:4108/substrate.doc -O substrate.doc ; echo -n "md5sum: " ; md5sum substrate.doc ; rm substrate.doc ; done
Results
Since we transfered the file to each client hundreds (if not thousands) of times, we didn't save all the copies, but we did generate an MD5 checksum after each download, and log that, so we ran some grep commands on the logs to count the number of total checksums printed in each log, and the number where the checksum had the expected value.
wings-openflow-3.wail.wisc.edu:
of-planet3.stanford.edu:
orbitplc2.orbit-lab.org:
pl4.myplc.grnoc.iu.edu:
Analysis
(forthcoming)
plastic-109
GigaNetcat, using count=25, port=6109, file=substrate.doc, and this table of client/server pairs:
client | server | server address |
navis.gpolab.bbn.com | pl5.myplc.grnoc.iu.edu | server=10.42.109.73 |
pl4.myplc.grnoc.iu.edu | pl02.cs.washington.edu | server=10.42.109.81 |
pl01.cs.washington.edu | planetlab5.clemson.edu | server=10.42.109.105 |
planetlab4.clemson.edu | of-planet1.stanford.edu | server=10.42.109.90 |
of-planet2.stanford.edu | wings-openflow-3.wail.wisc.edu | server=10.42.109.96 |
wings-openflow-2.wail.wisc.edu | ganel.gpolab.bbn.com | server=10.42.109.51 |
One-time prep commands run on each server
sudo yum -y install nc mkdir -p ~/giganetcat cd ~/giganetcat wget http://groups.geni.net/geni/attachment/wiki/DeliverablePage/Spiral1%20substrate%20catalog.doc?format=raw -O substrate.doc
One-time prep commands run on each client
sudo yum -y install nc
Commands run on each server
server=<ipaddr> cd ~/giganetcat while true ; do nc -l $server 6109 < substrate.doc ; done
Commands run on each client
server=<ipaddr> cd rm -rf ~/giganetcat mkdir ~/giganetcat cd ~/giganetcat while true ; do nc $server 6109 > substrate.doc ; echo -n "$(date "+%F %T") " ; md5sum substrate.doc ; rm substrate.doc ; done
Results
Since we transfered the file to each client hundreds (if not thousands) of times, we didn't save all the copies, but we did generate an MD5 checksum after each download, and log that, so we ran some grep commands on the logs to count the number of total checksums printed in each log, and the number where the checksum had the expected value.
navis.gpolab.bbn.com:
pl4.myplc.grnoc.iu.edu:
pl01.cs.washington.edu:
planetlab4.clemson.edu:
of-planet2.stanford.edu:
wings-openflow-2.wail.wisc.edu:
Analysis
(forthcoming)
plastic-110
GigaNetcat, using count=25, port=6110, file=substrate.doc, and this table of client/server pairs:
client | server | server address |
gardil.gpolab.bbn.com | pl01.cs.washington.edu | server=10.42.110.80 |
pl02.cs.washington.edu | of-planet3.stanford.edu | server=10.42.110.92 |
of-planet4.stanford.edu | orbitplc2.orbit-lab.org | server=10.42.110.112 |
orbitplc1.orbit-lab.org | pl4.myplc.grnoc.iu.edu | server=10.42.110.72 |
pl5.myplc.grnoc.iu.edu | plnode1.cip.gatech.edu | server=10.42.110.100 |
plnode2.cip.gatech.edu | sardis.gpolab.bbn.com | server=10.42.110.53 |
One-time prep commands run on each server
sudo yum -y install nc mkdir -p ~/giganetcat cd ~/giganetcat wget http://groups.geni.net/geni/attachment/wiki/DeliverablePage/Spiral1%20substrate%20catalog.doc?format=raw -O substrate.doc
One-time prep commands run on each client
sudo yum -y install nc
Commands run on each server
server=<ipaddr> cd ~/giganetcat while true ; do nc -l $server 6110 < substrate.doc ; done
Commands run on each client
server=<ipaddr> cd rm -rf ~/giganetcat mkdir ~/giganetcat cd ~/giganetcat while true ; do nc $server 6110 > substrate.doc ; echo -n "$(date "+%F %T") " ; md5sum substrate.doc ; rm substrate.doc ; done
Results
Since we transfered the file to each client hundreds (if not thousands) of times, we didn't save all the copies, but we did generate an MD5 checksum after each download, and log that, so we ran some grep commands on the logs to count the number of total checksums printed in each log, and the number where the checksum had the expected value.
gardil.gpolab.bbn.com:
pl02.cs.washington.edu:
of-planet4.stanford.edu:
orbitplc1.orbit-lab.org:
pl5.myplc.grnoc.iu.edu:
plnode2.cip.gatech.edu:
Analysis
(forthcoming)