1. McKeown Group OpenFlow v1.0 Weekly Status Report Week1/2011 (01/05 Wed—01/11 Tue) 1

2. Action Plan Install FV, OIM Wired Update FlowVisor Demo network Problem survey / debug current network Merge in ofwifi network Test opt-in/expts Remove ofwifi overlap + use HP Dec Week 1 Dec Week 2 Dec Week 3 Dec Week 4 Jan Week 1 Jan Week 2 Jan Week 3 Jan Week 4 Nov Week 4 User experience survey Test bandwidth and CPU slicing Trial of Netgear switch and Beacon controller Easy start Debug all errors Wireless Finishing new image Finishing new image Deploy New Measurement Stabilize/Debug issues Plan/design new authentication Deploy New auth Deploy New auth Stabilize/Debug issues for new auth Plan/design Packard/CIX deploy Plan/design Packard/CIX deploy 11n for 3A 11n for 3A Overall production Rollout new SNAC

3. Status Update WIRED Pkt-in loop in NEC – Added SNAC debugging messages. – Finally found the bug. Fixed this morning (but need to check this is a real fix). Merging ofwifi and production wired network – Doing today Upgraded FlowVisor and it is more stable with low flow setup time 3

4. Status Update DEMO NETWORK Removed ofwifi overlap on necsw Moved hpsw4 in place of necsw3 (which will be used for testing) 4

5. Status Update WIRELESS New flowvisor has reduced flow setup time. Once it was very unstable but now it is stablized Still experiencing fluctuating flow setup time – Will work on with Rob to debug this issue Other buildings – Packard: All 15 Aps reflash/configuration done. 1 AP has Flash Card issue. Need to be replaced.. Will connect to Gates ofwifi network once it is stablized – CIS: 5 Aps are flashed Will work with Joe to install them 5

6. Performance Summary WIRED NETWORK Everything is normal – New FV reduced the flow setup time to normal Slow downlink speed from the Internet – Not OpenFlow network issue. Stanford network has some issue

7. Performance Summary WIRELESS NETWORK Unstable due to the new FlowVisor’s unstablility – Resolved yesterday Fluctuating flow setup time – New FlowVisor reduced flow setup time, but still experiencing fluctuating time Slow downlink speed from the Internet – Not OpenFlow network issue. Stanford network has some issue

8. Performance (WIRED) 8

9. Network Configuration hpsw3 netfpga1 indigo1 Masa Paul Srini/Tatsuya/Rob Dan Adam Payman Brandon/David E/Glen Lots of power meters We’ll use this color code for the switch 9 Controller (at openflow5.stanford.edu) SNAC (v1.0 wire compat) necsw5 Non-OF uplink

10. Measured metrics (no change) Switch Statistics – Active flows – Flow injection rate – CPU usage – Traffic volume Network Performance – Flow setup delay – E2E RTT – E2E packet loss rate – wget delay 10

11. Flow Statistics per switch SwitchAvg # FlowsAvg Flow Setup Rate [flow/sec] necsw5 141.74.2 necsw6 0.5169.2 hpsw4 1.70 hpsw3 160.38.2 indigo1 69.58.6 netfpga1 61.25.9 nonof -- 11

12. Flow statistics (# of active flows) 12

13. Flow statistics (flow injection rate) 13

14. CPU usage 14

15. Total Traffic Volume per switch Not available for indigo1 nor netfpga1 15

16. Network Performance Flow setup delay E2E RTT wget delay 16

17. Flow Setup Delay 17

18. Flow Setup Delay switch10ms100ms1000ms necsw5 48.380794.895399.7565 necsw6 40.615698.764499.7716 Hpsw4 88.342394.689299.0871 Hpsw3 88.571399.276399.8099 Indigo1 17.166297.919499.8894 netfpga1 94.529499.326699.9713 Nonof 48.380794.895399.7565 Percentage of time flow setup delay is less than the target value 18

19. RTT E2E RTT from each switch 19

20. RTT switch1ms10ms100ms necsw5 99.983999.985799.9915 necsw6 99.982199.993299.9949 hpsw4 --- hpsw3 99.96999.987799.9909 indigo1 99.978599.990699.9921 netfpga1 99.984799.98699.9912 nonof 99.991599.9997 Percentage of RTT is less than the target value 20

21. wget delay 21

22. Performance (WIRELESS) 22

23. Network Configuration (no change) necsw1 We’ll use this color code for the switch Controller (at openflow1.stanford.edu) SNAC (v1.0 wire compat) FlowVisor (currently removed due to slow flow setup time) necsw4 Non-OF uplink ap17 ap18 ap15 ap16 ap2 24 tunneling APs

24. Measured metrics (no change) Switch Statistics – Active flows – Flow injection rate – CPU usage – Traffic volume Network Performance – Flow setup delay – E2E RTT – E2E packet loss rate – wget delay 24

25. Flow Statistics per switch SwitchAvg # FlowsAvg Flow Setup Rate [flow/sec] necsw4222.730.2 necsw177.84.5 25

26. Flow statistics (# of active flows) 26

27. Flow statistics (flow injection rate) 27

28. Switch CPU usage 28

29. Total Traffic Volume per switch 29

30. Network Performance Flow setup delay E2E RTT wget delay 30

31. Flow Setup Delay 31

32. Flow Setup Delay switch10ms100ms1000ms necsw426.856289.817298.8306 necsw137.657495.874999.1936 Percentage of time flow setup delay is less than the target value 32

33. RTT E2E RTT from each switch 33

34. RTT switch1ms10ms100ms necsw4 99.484499.499899.5966 necsw1 99.482799.50799.6211 Percentage of RTT is less than the target value 34

35. wget delay 35