OMNeT++ is an object-oriented modular discrete event network simulator. The simulator can
be used for:• traffic modeling of telecommunication networks• protocol modeling• modeling …

Computer clusters are a very cost-effective approach for high performance computing, but
simulating a complete cluster is still an open research problem. The obvious approach—to …

An introduction is given to the topics of the parallel and distributed simulation and of the
modeling of telecommunications systems. Our practical modeling concept for simulation in …

In a previous paper, a quantitative criterion has been proposed for efficient execution of the
Null Message Protocol, the best-known conservative parallel discrete event simulation …

Sažetak The traffic-flow analysis (TFA) is a promising method for the performance estimation
of communication systems. TFA produces approximate results with much less computation …

This paper describes how we can use four modelling methods together. We model
Information and Communication Technology (ICT) systems and Business Process (BP) …

The traffic-flow analysis (TFA) is a novel method for quick performance estimation of
communication systems. It gives approximate results and is potentially faster than event …

In this paper, we introduce our Message Passing Interface (MPI) based Object-Oriented
parallel discrete event simulation framework. The framework extends the capabilities of the …

This paper investigates an important algorithm that is used in both the Traffic-Flow Analysis
and the Entity Flow-phase Analysis. These methods are similar to each other and can be …

The Statistical Synchronization Method (SSM)(Gy. Pongor, 1992) is a promising alternative
to the conventional synchronization methods for parallel discrete event simulation. The …