… elastic traffic in wireless cellular networks accounting for user’s mobility. To do so we build a
Markovian model for users arrivals, departures and mobility in such networks… cellular network…

… Moreover, we study the QoS in a network serving simultaneously streaming and elastic
traffic. We validate this approach by comparing SFC’s blocking probabilities to these simulated …

… Furthermore, we explore the case of elastic traffic, where the delay constraints are relaxed.
This applies especially to data transfer through the Internet, which is increasingly being …

… In the Appendix we introduce and study a mathematical model for wireless networks
serving elastic traffic (WET) that is used in the paper for the performance evaluation of the …

In this letter we propose a power allocation iteration which optimizes the weighted aggregate
performance of a single-hop network. We show that the proposed iteration is a competitive …

… cellular networks, due to the fact that this technology has high fault tolerance, delay tol
erance, higher coverage area etc. will have a big hand in future communication networks [1]. …

… utilities modeling the network traffic throughput satisfaction utilities. The logarithmic
utilities model QoE for legacy wired network’s elastic traffic, [3] and [4]. However, modern-day …

… wired networks, and the cost of battery power at mobile hosts. We prove that for elastic traffic,
… ble packet scheduling and load control; iii) cellular radio networks are single hop networks …

… the emerging cellular networks with irregular BS deployment. … -deployed cellular networks
when non-uniform data traffic is … a semi-analytical cellular network model with flowlevel traffic …

… the elastic traffic for a static population of m = (m1,...,mK) streaming users and n = (n1,...,nL)
elastic … Evidently, the throughput of the elastic traffic depends on exactly how the transmission …