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Computer networking / Internet / OpenFlow / Local area networks / Routing / Forwarding plane / Multilayer switch / Nick McKeown / Network switch / Computing / Network architecture / Networking hardware


Implementing an OpenFlow Switch on the NetFPGA platform Jad Naous
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Document Date: 2008-09-16 18:25:57

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City

Houston / Washington D.C. / VLAN / Lyon / San Jose / Utopia / New York / Los Angeles / /

Company

Hewlett-Packard / Argus / NEC / Computer-Communication Networks / Xilinx / Dell / OpenFlow / WideArea Networks / Integrated Systems / Cisco / Alpel Publishing / HP Labs / using Argus / /

Country

United States / /

Currency

USD / /

/

Event

FDA Phase / /

Facility

IPv4 Reference Router Pipeline / Stanford University Gates Building / USA Stanford University / Carnegie Mellon University Internet2 Backbone Internet2 PoP New York Princeton University / Stanford University / NetFPGA port / G. Adam Covington Guido Appenzeller Nick McKeown Stanford University / port NIC / Gates building / Our Stanford Gates building OpenFlow / Campus Backbone Catalyst / Computer Science building / Stanford campus / Jad Naous David Erickson Stanford University / /

IndustryTerm

enterprise routers / physical network / experimental or new protocols / packet capture device / rate networking hardware / open-source software / reference software / wireless access point / reference software implementation / switch management software / linear search table / lookup technologies / mainstream network devices / wireless mobility / line-rate 4Gbps router / packet processing / stand-alone routing software package / power-aware networking / feature-rich router / implemented using a linear search table / /

NaturalFeature

SSL channel / /

OperatingSystem

Cisco IOS / Linux / /

Organization

Princeton University / IMC / Rice University / Carnegie Mellon University / Stanford University / /

Person

Flow / Guido Appenzeller Nick McKeown / J. Lee / V / John Lockwood / John Gerth / David Erickson / G. Adam Covington Guido Appenzeller Nick / /

Position

Packet Editor / controller administrator / arbiter / remote controller / testing controller / simple controller / SRAM controller / Input Arbiter / central controller / switch manager / forward / researcher / network administrator / Internetworking General / Available controller / controller / /

Product

NetFPGA OpenFlow / NetFPGA / Type-1 / /

ProgrammingLanguage

C / Verilog / /

ProvinceOrState

New York / /

SportsLeague

Stanford University / /

Technology

FPGA / basic IPv4 router / 4-port IPv4 router / Linux / featurerich IP router / SRAM / operating system / Quality of Service / lookup technologies / Gates building router / Verilog / wireless access / flow control / 141 / 885 NetFPGA IPv4 router / virtual circuit / Virtual Machine / IP8800 router / line-rate 4Gbps router / MAC address / Layer-3 protocols / ATM / UDP / SSL / TCP/IP / IP protocol / pdf / Ethernet / IP routers / Packet switching / IPv4 router / Juniper MXseries router / IPv4 / Gigabit / enterprise routers / Network Protocols / /

URL

http /

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