Towards Understanding the Evolution of Wars in Virtual and Real Worlds

Emerging massively multiplayer online real time strategy games require complex game server architecture to make the transmission of the state information of a huge number of units generated by a lot of players feasible. This architecture design is supported by network traffic simulations based on th...

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Bibliographic Details
Main Authors: Szabo, G., Veres, A., Molnar, S.
Format: Conference Proceeding
Language:English
Subjects:
architecture design
Economics
Electronic mail
High-speed networks
Informatics
Laboratories
Network servers
Real time systems
real-time strategy games
Statistics
Telecommunication traffic
Traffic control
traffic modeling
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Summary:Emerging massively multiplayer online real time strategy games require complex game server architecture to make the transmission of the state information of a huge number of units generated by a lot of players feasible. This architecture design is supported by network traffic simulations based on the accurate characterization of player behavior. However, these characteristics of player behavior in RTS games have not been investigated yet, thus, this is the main motivation of this paper. In particular, we introduce a method that can identify the war periods in real-time strategy game sessions based on non-intrusive measurements thus, it is possible to analyze a vast number of game plays. The paper also presents some early results comparing the real and gaming worlds.
ISSN:2163-9019
DOI:10.1109/ICSNC.2009.72