GigE LAN/WiFi bridge / GigE WAN Port / Castle Wolfenstien / WAN port / Swinburne University of Technology Melbourne / /
IndustryTerm
playback device / memory measurement tool / residential routers / residential Internet routers / connection-creation tool / target devices / Internet access hardware / mid-level routers / Web Browsing / delay-sensitive applications / home routers / delay-tolerant applications / Internet connection / port-agile applications / online games / Internet providers / residential networks / home Internet router / online game traffic / online first person shooter game / Internet Game Server Iperf Server SERVER / cross-compile software / online game / profiling tools / residential router / /
OperatingSystem
Linux / FreeBSD / /
Organization
Sebastian Zander Centre for Advanced Internet Architectures / Technical Report 120412A Swinburne University of Technology Melbourne / /
Person
Nigel Williams / /
Position
using data representative / /
Product
Slab / Ninjabox / /
PublishedMedium
Machine Learning / /
Technology
home network / LAN / RAM / broadband / residential Internet routers / LAN Router Router / Linux / 2.0 Router / mid-level routers / P2P / TL-WR1043ND router / Gigabit Ethernet residential router / Machine Learning / Quality of Service / UDP / WAN / Ethernet / Firewall / file sharing / TP-Link TL-WR1043ND home Internet router / Broadband Network / Gigabit / Client/Server / VOIP / flash / home routers / /
Real Time Traffic Classification and Prioritisation on a Home Router using DIFFUSE Nigel Williams, Sebastian Zander Centre for Advanced Internet Architectures, Technical Report 120412A Swinburne University of Technology