Add to ORKGIt was shown recently that under self-similar traffic the delay distribution function can decrease very slowly, so in order to guaranty the Quality of Service (QoS) in communication networks, burst size is usually bounded by some value using, for example, leaky-bucket mechanism. In this paper we consider a discrete-time queue with M types of independent input processes. Each input process is the aggregation of sessions (bursts) arrived by a Poisson process. Asymptotic delay distribution at network node driven by self-similar traffic and its effects on burst size bound have been analysed. It is also found the critical value of the burst size at which delays start to increase considerably
We study the message queueing delays in a node of a communication system, where a message consists o...
The multiplexing of variable bit rate traffic streams in a packet network gives rise to two types of...
Empirical studies have shown that self-similar traffic models may better describe traffic in many of...
It was shown recently that under self-similar traffic the delay distribution function can decrease ...
This thesis studies the effect of the traffic bursts in the queue. Knowledge of the queueing behavio...
Abstract—Traffic with self-similar and heavy-tailed characteris-tics has been widely reported in com...
The performance of networks and their ability to offer Quality of Service (QoS) depend on accurately...
There is a growing evidence that aggregated traffic in a variety of network, with different extent ...
This thesis has to do with certain fundamental queues that are well established as models for delay ...
A number of recent empirical and analytical studies of traffic measurements show self-similar nature...
Considering that optical networking is still in early stages of its evolution, Optical Burst Switchi...
Innumerable studies over the past few years have provided ample empirical evidence that Internet tra...
Abstract — We investigate scaling properties of end-to-end delays in packet networks for a flow that...
The expansion of a burst during its traversal through a number of multiplexing stages in an ATM netw...
Simulation modelling is carried out, which allows adequate describing the traffic of multiservice ne...
We study the message queueing delays in a node of a communication system, where a message consists o...
The multiplexing of variable bit rate traffic streams in a packet network gives rise to two types of...
Empirical studies have shown that self-similar traffic models may better describe traffic in many of...
It was shown recently that under self-similar traffic the delay distribution function can decrease ...
This thesis studies the effect of the traffic bursts in the queue. Knowledge of the queueing behavio...
Abstract—Traffic with self-similar and heavy-tailed characteris-tics has been widely reported in com...
The performance of networks and their ability to offer Quality of Service (QoS) depend on accurately...
There is a growing evidence that aggregated traffic in a variety of network, with different extent ...
This thesis has to do with certain fundamental queues that are well established as models for delay ...
A number of recent empirical and analytical studies of traffic measurements show self-similar nature...
Considering that optical networking is still in early stages of its evolution, Optical Burst Switchi...
Innumerable studies over the past few years have provided ample empirical evidence that Internet tra...
Abstract — We investigate scaling properties of end-to-end delays in packet networks for a flow that...
The expansion of a burst during its traversal through a number of multiplexing stages in an ATM netw...
Simulation modelling is carried out, which allows adequate describing the traffic of multiservice ne...
We study the message queueing delays in a node of a communication system, where a message consists o...
The multiplexing of variable bit rate traffic streams in a packet network gives rise to two types of...
Empirical studies have shown that self-similar traffic models may better describe traffic in many of...