| Document Date: 2013-07-29 07:03:47
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City Canberra / Berlin / / Company John Wiley & Sons / InterWorking Labs / / Continent Europe / / Country Germany / Australia / Singapore / / / Facility Castle Wolfenstein / Swinburne University of Technology Melbourne / / IndustryTerm higher-layer protocol / load-balancing algorithm / overall software / packet pairing algorithm / traffic using in-line network / broadband Internet connection / network time protocol / Internet Games / interactive applications / operational networks / transport protocols / in-line network / online games / real-time mode / server processing time / packet-pairing algorithm / real-time processing / packet matching algorithm / multiplayer online games / missioncritical business applications / Wireless LANs / Internet service overheads / wireless links / link technologies / bottleneck routers / voice over IP / / OperatingSystem Linux / / Organization Technical Report 130730A Swinburne University of Technology Melbourne / Grenville Armitage Centre for Advanced Internet Architectures / / Person Amiel Heyde / Thuy Nguyen / Nigel Williams / David Hayes / Brandon Tyo / Chris Holman / Lutz Mark / Atwin Calchand / / Position Each MP / MP / / ProvinceOrState Manitoba / / Technology LAN / broadband / Linux / GPS / higher-layer protocol / ADSL / ATM / MTU / OpenWRT-based home router / operating system / UDP / The packet pairing algorithm / TCP/IP / pdf / 2 The TCP protocol / Ethernet / load-balancing algorithm / application protocols / packet-pairing algorithm / link technologies / proposed SPP algorithm / flow control / firewall / packet matching algorithm / network routers / network address translation / network time protocol / Bottleneck routers / same algorithm / VOIP / wireless LAN / / URL http /
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Minimally-Intrusive Frequent Round Trip Time Measurements Using Synthetic Packet-Pairs – Extended Report∗ Sebastian Zander, Grenville Armitage Centre for Advanced Internet Architectures, Technical Report 130730A Swin