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Abstract:
Wireless networks are an ideal environment for mobile agents, since their
mobility allows them to move across an unreliable link to reside on a wired
host, next to or closer to the resources that they need to use. Furthermore,
client-specific data transformations can be moved across the wireless link and
run on a wired gateway server, reducing bandwidth demands. In
this paper we examine the tradeoffs faced when deciding whether to use mobile
agents in a data-filtering application where numerous wireless clients filter
information from a large data stream arriving across the wired network. We
develop an analytical model and use parameters from filtering experiments
conducted during a U.S. Navy Fleet Battle Experiment (FBE) to explore the
model's implications.
Note:
Updated version of TR2000-366. To appear, after revisions, in the journal
Mobile Networks and Applications (ACM MONET).
Bibliographic citation for this report: [plain text] [BIB] [BibTeX] [Refer]
Or copy and paste:
David Kotz,
George Cybenko,
Robert S. Gray,
Guofei Jiang,
Ronald A. Peterson,
Martin O. Hofmann,
Daria A. Chacon,
Kenneth R. Whitebread, and
James Hendler,
"Performance Analysis of Mobile Agents for Filtering Data Streams on Wireless Networks."
Dartmouth Computer Science Technical Report TR2000-377,
October 2000.
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