Enhancing Integrated Communication Network Service Using a Queueing Model

This paper describes a strategy for efficiently constructing the demand servicing process of an Integrated Communication Network (ICN). Performance analysis, service problems, and relief action of ICNs are provided. End-to-end statistical performance parameters are first used to measure network compliance over a given fixed period. If any of the performance objectives are not satisfied, a servicing function determines the corrective action required to maintain service quality. The advantage of this network model is its efficiency and flexibility in handling a variety of services and applications. Enhanced network service and ICN traffic problems are solved using adaptive queuing models

Recensione dell'articolo:(Brooks, James D.; Kar, Koushik; Mendonça, David - "Allocation of flows in closed bipartite queueing networks." - European J. Oper. Res. 255 (2016), no. 2, 333-344.) MR3518805 MathSciNet ISSN 2167-5163

In this paper the authors consider the allocation of agents circulating in a bipartite closed network to maximize system throughput. The particular network model, defined by the authors, is a parallel-cycle network with m central nodes and n parallel nodes