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IEEE International Conference on e-Business Engineering (ICEBE'05)
A Rumor-Spreading Model of Service Advertisement Forwarding in Decentralized E-Commerce
Beijing, China
October 12-October 18
ISBN: 0-7695-2430-3
Dalu ZHANG, Tongji University, Shanghai
Fang GAO, Tongji University, Shanghai
Zhe YANG, Tongji University, Shanghai

SophiNode uses P2P infrastructure to realize a decentralized E-Commerce application. And service advertisement forwarding is an interesting topic in SophiNode. We discuss speed, scope and overhead feature of a service discovery system, and put forward a Rumor-Spreading model to improve these features. We try to simulate rumor-spreading process of human life, and avoid unnecessary duplicated advertisement overhead. Two key concepts are adopted: Forwarding Probability and Forwarding Weight. The former is in inverse proportion with service advertisement popularity; so that popular advertisements are filtered while rare advertisements are wildly spread. The later helps to determine the Next Hop when forwarding an advertisement. Our simulation shows that after Rumor- Spreading model is adopted, speed and scope feature of service query is improved while overhead feature keeps steady.

Citation:
Dalu ZHANG, Fang GAO, Zhe YANG, "A Rumor-Spreading Model of Service Advertisement Forwarding in Decentralized E-Commerce," icebe, pp.591-594, IEEE International Conference on e-Business Engineering (ICEBE'05), 2005
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