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End-to-End Loss Probabilities in Different Internet-like Networks with a Given Average Hop Count

By Maurizio Longo and Fabio Postiglione

Abstract

Abstract:- Realistic networks generators are necessary for simulation and performance evaluation of data communication systems. Such an aspect has driven the collection and the analysis of data on the Internet large-scale structure. The evidence of a power-law behavior of real networks has stimulated the introduction of new procedures to generate Internet-like topologies. Assuming a simple loss model for the links, this paper analyses how the prediction of the loss probabilities during communications obtained by simulation can be influenced by the adoption of a specific topological model for the Internet graph (here, the Waxman or the Barabási-Albert model), given a average node distance in terms of hops

Topics: Key-Words, Internet topology, Packet loss, Hop count distribution, Waxman model, Barabási-Albert model
Year: 2014
OAI identifier: oai:CiteSeerX.psu:10.1.1.416.1191
Provided by: CiteSeerX
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