Client RTT and hop count distributions viewed from an Australian 'Enemy Territory' server

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Title: Client RTT and hop count distributions viewed from an Australian 'Enemy Territory' server
Author(s): Armitage, Grenville; Javier, Carl; Zander, Sebastian
Abstract: Network game servers experience traffic caused by actual game players and by remote clients imply probing the game server's current status. Game clients probe game servers for information such as the current map and number of current players on the server to enable players to find suitable games. The number of clients that probe a given server is orders of magnitudes higher than the number of eventual players. Network level round trip time (delay, or 'lag') between a client and server is a very important criterion for players when deciding which server to join. Often the round trip time is roughly proportional to hop count. In this paper we document and investigate the distributions of round trip time and hop count for game clients that only probe and clients that actually play on a public game server. We also examine the geographical distributions of both groups. Our data was gathered from a Wolfenstein Enemy Territory server operating in Melbourne, Australia, in late 2005.
Publication type: Technical report
Research centre: Swinburne University of Technology. Faculty of Information and Communication Technologies. Centre for Advanced Internet Architectures
Source: Centre for Advanced Internet Architectures: technical reports, No. 060223A (Feb 2006)
Publication year: 2006
Keyword(s): Game traffic; Hop count; Round trip time
Publisher: Centre for Advanced Internet Architectures, Swinburne University of Technology
Publisher URL: http://caia.swin.edu.au/reports/
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