A brief introduction to MOSEL-2

Modelling a Single Gsm/gprs Cell with Delay Tolerant Voice Calls Using Mosel-2

In this paper we introduce the new version of the MOdelling, Specification and Evaluation Language – now called MOSEL-2 – and prove its applicability for performance modelling of mobile networks with nonMarkovian models. Like its predecessor MOSEL [Al-Begain et al, 2001], MOSEL-2 was developed at the Institute for Operating Systems at the University of Erlangen-Nürnberg. In contrast to many spe...

Xpress - Mosel Reference manual Release 2 . 0

Modeling and Performance Evaluation of Production Lines Using the Modeling Language MOSEL

Modeling and performance evaluation of current production systems gains more and more importance because of growing system complexity and production costs. Therefore tools and methods are needed that allow a simple modeling and performance evaluation of systems. The goal of this paper is to give a short introduction into the speci cation of production systems using the model description languag...

Application Of MOSEL-2 Language In Performance And Modeling Of Cellular Wireless Networks

Today's cellular wireless networks must meet increasing challenges of handling a larger demand for service without a loss of quality, by maximizing the spectral efficiency of the network. Therefore, performance evaluation and modeling of cellular wireless networks is considered to be an important issue to overcome the problem of limited resources of the network. MOSEL-2 (MOdelling Specification...

Numerical Solution of One GSM Cell Using MOSEL-2 Language

This paper presents a numerical solution of one GSM cell using the Modeling Specification and Evaluation Language (MOSEL-2) which is the new version of MOSEL, developed at the University of Erlangen, Germany. In this regard, the frequency spectrum of GSM cell is divided into two layers (super and regular) according to the intelligent underlayoverlay principle. Based on this principle, the super...