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Forwarding plane / Computer architecture / Traffic flow / Transmission Control Protocol / IP traceback / Netflow / Wireless networking / Computing / Network architecture / OpenFlow


Where is the Debugger for my Software-Defined Network? Nikhil Handigol† , Brandon Heller† , Vimalkumar Jeyakumar† , David Mazières, and Nick McKeown Stanford University Stanford, CA, USA
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Document Date: 2012-06-28 17:22:23


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Hash / Helsinki / New York / /

Company

Hewlett Packard / Software-Defined Networks / Google / Computer-Communication Networks / DISCUSSION SDN / /

Country

United States / Finland / /

Currency

USD / /

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Facility

To store / /

IndustryTerm

campus router / internal routers / enterprise networking / wide-area networks / control protocols / distributed protocols / web traffic / software routers / openflow networks / openflow applications / software switch / Internet-facing routers / software programs / network debugging tools / large networks / hardware networks / x86 processors / passive monitoring tools / software workarounds / /

OperatingSystem

Linux / L3 / /

Organization

National Science Foundation / Stanford Open Networking Research Center / USENIX Association / Stanford University Stanford / /

Person

Nikhil Handigol / Brandon Heller / Nick McKeown / David Mazières / Stanford Open / Forward Trace / /

Position

model network behavior / custom controller / collector / load-balancing controller / General / controller / notto-collector / prototype collector / programmer / /

ProvinceOrState

New York / /

Technology

tagging algorithm / Linux / 14 internal routers / API / JTAG / MAC address / software routers / campus router / UDP / Prototype software routers / process control / x86 processors / control protocols / two Internet-facing routers / /

URL

http /

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