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Publication: Effects Of Network Connection Topology And Routing Algortihm On Phase Transition And Throughput In Packet-Switching Network Model

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Title Effects Of Network Connection Topology And Routing Algortihm On Phase Transition And Throughput In Packet-Switching Network Model
Authors/Editors* A.T. Lawniczak, K.P. Maxie and A. Gerisch
Where published* Proceedings the 17th IEEE CCECE 2004-CCGEI 2004, Niagara Falls, Ontario, Canada (May/mai 2004), 2429-2432
How published* Proceedings
Year* 2004
Volume 0
Number 0
Pages 2429-2432
Publisher IEEE
Keywords Packet switching networks, packet delay, packets in transit, routing algorithms.
Link http://anna.lawniczak.googlepages.com/LawniczakMaxieGerischCCECE2004-1.pdf
Abstract
We investigate how the network performance indicators “number of packets in transit” and “average packet delay” are affected by network connection topologies and routing in a packet-switching network model. For the purpose of our study we have developed an abstraction of the OSI Network Layer of the OSI reference model for which we derived a time-discrete algorithmic simulation model. Using this model we investigate how number of packets in transit and average packet delay are affected by routing algorithms and addition of extra links into the underlying network connection topology. We consider various levels of preferentiality of attachment of the additional links.
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