Stanford University / port Gigabit Ethernet Switch / Switch port / port Ethernet Switch / /
IndustryTerm
enterprise management / physical network / configuration management / web proxy / sizable network / dynamic all-pairs shortest path algorithm / flow protocol / web browser / information available to network / real-time communications / software forwarding tables / wireless access points / conventional router / wireless access point / power-hungry and expensive equipment / large network / connectivity management / wireless hosts / Wireless nodes / web server / trusted computing base / wireless router / http_server / larger networks / web front-end / prototype network / campus network / modified minimum spanning tree algorithm / shortest path algorithm / discovery protocols / tree algorithms / large networks / nfs_server / host network / important communications / web interface / easy solution / login web-page / open wireless access points / software layer / network management / search functions / enterprise network management / network management solution / multi-vendor networks / registered using a web interface / /
Movie
Switch / /
OperatingSystem
ISIS / Linux / /
Organization
Stanford University / /
Person
Justin Pettit / Nick McKeown Scott Shenker / Michael J. Freedman / /
Position
stateful Controller / configuration model for Switches as Ethernet / network manager / General / remote Controller / designer / central Controller / switch manager / Controller The Controller / omniscient Controller / Local Switch Manager / manager in the Switch / single Controller / single PC-based Controller / small local manager / centralized controller / secondary Controller / manager relays / Controller / /