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ENTGENI and OFUW Spiral 2 Year-end Project Review

ENTGENI and OFUW Spiral 2 Year-end Project Review. University of Washington PI : Arvind Krishnamurthy, Clare Donahue, Tom Anderson Staff : Vjeko Brajkovic Students : Colin Dixon, Hardeep Uppal , Dane Brandon Aug 25, 2010. Project Summary.

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ENTGENI and OFUW Spiral 2 Year-end Project Review

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  1. ENTGENI and OFUWSpiral 2 Year-end Project Review University of Washington PI: Arvind Krishnamurthy, Clare Donahue, Tom Anderson Staff: VjekoBrajkovicStudents: Colin Dixon, HardeepUppal, Dane Brandon Aug 25, 2010

  2. Project Summary • Deploy OpenFlow networking in the CS building at Univ. of Washington • Support research and production use on the same testbed • Develop components for experimenting with the placement of networking functionality • (E.g., at the edge on end-hosts or in the core using software programmable routers) INSERT PROJECT REVIEW DATE

  3. Milestone & QSR Status INSERT PROJECT REVIEW DATE

  4. Accomplishments Advancing GENI Spiral 2 Goals • Deployed OpenFlow 1.0 with support for slicing of production traffic along with experimental traffic • Deployment includes both wireless and wired users; 4 OpenFlow switches and multiple WiFi access points. • Setup cross-campus experiments using Layer-3 connectivity • Plug-n-Serve: Stanford and UW at GEC-7 • Aster*x: Stanford, UW and two other campuses at GEC-8 • Developed trusted computing components for pushing network management functionality into end-hosts • Developed network management modules for distributed topology mapping, sensing resource demands, etc. INSERT PROJECT REVIEW DATE

  5. Issues • None at this point. INSERT PROJECT REVIEW DATE

  6. Plans • Increase the number of production users, scale up the number of OpenFlow switches in the deployment • Establishing layer-2 connectivity using a dark fiber to the Pacific GigaPoP • Establish multiple demos using the deployment at UW and other campuses: • A wide-area load-balancing system • Real-time diagnoses and troubleshooting of wide-area networking problems • Developing an “operating system” for networks: • Distributed NOX controller • Distributed resource allocation mechanisms • Software defined networking implementations of NAT, TCP accelerators, Deep Packet Inspection, etc. INSERT PROJECT REVIEW DATE

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