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Computer networking / Internet / Router / Server appliance / Packet Processing / Transmission Control Protocol / Throughput / Computer network / Forwarding plane / Computing / Network architecture / Networking hardware


High Performance IP Forwarding Using Host Interface Peering Joe Touch, Anne Hutton, Simon Walton, Stephen Suryaputra
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Document Date: 1998-05-29 19:49:11


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File Size: 12,68 KB

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Currency

BSD / /

IndustryTerm

intermediate processing / based routers / conventional host-based routers / packet management algorithms / algorithm processing / streamlined routing algorithms / host routing algorithm / sufficient general-purpose processing capability / driver software / co-processing / packet processing / link-level protocol / conventional host-based router / co-processor / system software / output devices / host-based routers / /

NaturalFeature

I/O channel / /

OperatingSystem

UNIX / FreeBSD / BSD / FreeBSD 2.2.5 / /

Person

Wetherall / Addison Wesley / Stephen Suryaputra / Anne Hutton / Simon Walton / Minden / /

Position

driver / high-performance conventional driver / enhanced driver / standard driver / NIC driver / optimized driver / conventional driver / network interface driver / device driver / capable driver / D.J. / standard high-bandwidth network interface driver / /

PublishedMedium

IEEE Communications Magazine / /

Technology

conventional host-based routers / ethernet / host routing algorithm / RAM / fast ethernet / streamlined routing algorithms / host-based routers / network interface card / SONET / packet management algorithms / IP routing algorithm / 640 Mbps LAN technology / ATM / host-based router / NIC co-processor / operating system / UDP / shared memory / conventional host-based router / link-level protocol / routing algorithm / gigabit ethernet / completely loaded running the link-level protocol / /

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