Diffusion theory is already a vast domain of knowledge. This tutorial lecture does not cover
all results; it presents in a coherent way an approach we have adopted and used in analysis …

Diffusion theory is already a vast domain of modelling and performance evaluation. This
tutorial does not cover all results but it presents in a coherent way an approach we have …

This paper addresses three key issues in buffer management in cell switching networks
including asynchronous transfer mode (ATM) networks. First, it develops a model of fuzzy …

The paper presents a library of classes which are written in C++ and help to construct
queueing network models based on diffusion approximation. The models have the form of …

Leaky bucket and partial buffer sharing policy have already become classic examples of
preventive and reactive traffic control functions implemented in ATM networks. They help to …

In this paper, we present a new congestion management scheme intended to control cell
loss in ATM switches. Most of the research propositions tackling the congestion control …

This article proposes the use of a diffusion approximation to model the effect of preventive
and reactive functions implemented in a Frame-Relay network interconnecting LAN …

We adapt Nicol's approach for the time parallel simulation with fix-up computations. We use
the concept of monotonicity of a model related to the initial state of the simulation to derive …

Fundamentally, the inclusion of bursty traffic, the desire to achieve a cost-effective network
design, ie to obtain maximum throughput in a given network while minimizing cell loss, and …

In this paper, we present a discrete-time queuing analysis of the ATM multiplexer fed by
independent binary Markov sources with two priority classes of cells. Each source alternates …