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Define OpenFlow feature
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tarix | 05.10.2018 | ölçüsü | 5,03 Mb. | | #72401 |
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Define OpenFlow feature Add OpenFlow to commercial switches and APs Integrate with GENI Clearing House We all create lots of open-source software so researchers can build on each other’s work (We’re part-way into Stage 2)
Exploit the flow table in switches, routers, and chipsets Exploit the flow table in switches, routers, and chipsets
Chip’s code: - Static “VLANs”
- His own new routing protocol: unicast, multicast, multipath, load-balancing
- Network access control
- Home network manager
- Mobility manager
- Energy manager
- Packet processor (in controller)
- IPvChip
- Network measurement and visualization
- …
Experimental feature on ProCurve 5400-series - Experimental feature on ProCurve 5400-series
- 144-ports of 1GE, hardware forwarding
- OpenFlow added by HP Labs and ProCurve group
- In 23 wiring closets in CS Building at Stanford
- Experimental feature on IP8800 series router
- 24-ports of 1GE, 2-ports of 10GE, hardware forwarding
- OpenFlow added by NEC team in Japan
- NEC announced plans for OpenFlow products
- Deployed at Stanford and in JGN2plus in Tokyo
- OpenFlow added to Junos SDK
- First platform: MX-480 carrier class Ethernet
- 24-ports 10GE or 240-ports 1GE
- Hardware forwarding
- Deployed in Internet2 in NY and at Stanford
Experimental feature on Catalyst 6509 - Experimental feature on Catalyst 6509
- Software forwarding
- Deployed at Stanford
Created NOX controller - Created NOX controller
- Available at http://NOXrepo.org (GPL)
- Deployed at Stanford
Scalability of a controller Load-balancing over redundant controllers Federation, hierarchy and aggregation Protecting the controller against DDOS Our goal is to enable the research community to explore all these questions
(It takes a village)
Contact us if you would like to take part nickm@stanford.edu
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