The knowledge about the true nature of the traffic in computer networking is a key
requirement in the design of such networks. The phenomenon of self-similarity is a …

In order to closely simulate the real network scenario thereby verify the effectiveness of
protocol designs, it is necessary to model the traffic flows carried over realistic networks …

There are currently several applications and frameworks to simulate networks, network
equipment, applications, services and protocols. These tools play an important role not only …

We performed a network traffic simulation to clarify the mechanism producing self-similar
traffic originating in the transport layer level. Self-similar behavior could be observed without …

The objective of the given work is to study the queues resulting in the buffer while self-similar
traffic passing through a network nod and to build a mathematical model of an actual traffic …

It is well known nowadays, that packet network traffic has the self-similar nature [4], and
conventional models, such as simple Markovian (memoryless) models, have faults …

The self-similarity properties of the considered traffic were checked on different time scales
obtained on the available daily traffic data. An estimate of the tail severity of the distribution …

Research over the past decade and a half show that network traffic is inherently self-similar
and, therefore, the traditional analysis of queues based on the assumption of a Poisson flow …

Telecommunication networks are growing very fast. The user's needs, in regards to new
services and applications that have a higher bandwidth requirement, are becoming bigger …

With the proliferation of packet-switched networks in the 1980s and a strong preference in
parts of the engineering and communications research communities to work on ATM …