Call admission control schemes: A review - IEEE Communications Magazine Page 1
ABSTRACT Over the last few years, a substantial number of call admission control (CAC) …

This paper investigates the problem of providing network coverage using wireless sensors
that operate on low duty cycles (measured by the percentage time a sensor is on or active) …

This article concentrates on the discrete-time sliding mode control (DTSMC) problem for
uncertain networked semi-Markovian switching systems (S-MSSs) under random denial-of …

We study parallel algorithms for the minimum spanning tree problem, based on the
sequential algorithm of O. Boruvka (1926). The target architectures for our algorithm are …

This paper studies wireless sensor networks that operate in low duty cycles, measured by
the percentage of time a sensor is on or active. The dynamic change in topology as a result …

The paper provides a survey of network traffic models. It starts from the description of the
Poisson model, born in the context of telephony, and highlights the main reasons for its …

We analyze the delay experienced in a discrete-time priority queue with a train-arrival
process. An infinite user population is considered. Each user occasionally sends packets in …

We investigate multiplexers in telecommunication systems with a workload process
developing equivalent to that of a service system with semi-Markovian input, which includes …

Most methods for guaranteeing quality of service (QoS) in packet-switched networks require
a static characterization of the user's tra c, and allocate resources accordingly. This process …

Queueing models can be used to model and analyze the performance of various
subsystems in telecommunication networks; for instance, to estimate the packet loss and …