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Additional resources for IEEE Internet Computing (May/June 2004)
Jp Yuji Horikoshi is a master’s student in the Computer Science Department at Tokyo Institute of Technology. His research interests include autonomous decentralized systems and assurance. He received a BE in electrical and electronic engineering from Tokyo Institute of Technology. jp. Hisayuki Kuriyama is a master’s student in the Computer Science Department at Tokyo Institute of Technology. His research interests include autonomous decentralized systems and assurance. He received a BE in electrical and electronic engineering from Tokyo Institute of Technology.
Let R1 be the access time of the R-victim. Let I1 be the time of the penultimate reference to the I-victim and I2 be the time of the last reference to it. Let tc be the current time; δ1 is the recency interval of the I-victim (δ1 = tc – I2); δ2 is the recency interval of the Rvictim (δ2 = tc – R1); and δ3 is the last-interaccess interval of the I-victim (δ3 = I2 – I1). In Figure 1a, the R-victim was accessed before the two accesses to the I-victim. In Figures 1b, 1c, and 1d, the access to R-victim happened between the two accesses to the I-victim.
If not, it sends that message to all neighbors except the node that delivered it. Congestion is possible if some community nodes simultaneously send identical messages. To avoid this, each node remembers the characterized code of recently routed messages, and uses this to decide autonomously whether to forward the received messages to neighboring nodes. Moreover, each node autonomously decides whether to keep or delete the received message’s characterized code based on how frequently it receives such messages.
IEEE Internet Computing (May/June 2004)