Simulation is an important tool in the study of communication networks manufacturing systems, and other complicated man-made systems. Many systems of this type are examples of discrete- event dynamic systems (DEDS) for which analytical models have not yet been developed; thus simulation is the primary method for their performance evaluation and control. Although in many cases simulation can provide a good estimate of system performance, it can also be extremely time consuming, and therefore expensive. This is especially true when it is necessary to evaluate system performance for a large number of values of one or more parameters or for different control policies
This paper focuses on the development of a computer simulation model for improving the queuing syste...
This document gives an overview the standard methods used to model and analyze the performance of qu...
Focusing on resource cycles, the authors developed a semiconductor wafer factory (fab) simulation th...
A large amount of scientific work has been carried out to enhance the methods used for design and co...
technical reportThe overall scientific objective of this research was to develop techniques for spee...
The paper is devoted to basic principles to develop software queueing networks simulations. A mathem...
We have developed a Modelling and Simulation platform for technical evaluation of Electronic Toll Co...
Abstract Simulation can be regarded as the emulation of the behavior of a real-world system over an ...
This paper presents how discrete simulation can be used for performance evaluation of distributed sy...
Discrete event simulation is an indispensable tool to understand the dynamics of communication netwo...
DES is seldom used in the manufacturing system development process, instead it is usually used to cu...
96 p.The objective of the report is to illustrate the application of a simulation technique on a que...
The Discrete Time Network Simulator (DTNS) is a System-on-Chip (SoC) simulator developed at Tampere ...
Computer modeling and simulation (M&S) allows engineers to study and analyze complex systems. Discre...
Abstract: This paper describes a DEVS-based network modeling and simulation environment with dynamic...
This paper focuses on the development of a computer simulation model for improving the queuing syste...
This document gives an overview the standard methods used to model and analyze the performance of qu...
Focusing on resource cycles, the authors developed a semiconductor wafer factory (fab) simulation th...
A large amount of scientific work has been carried out to enhance the methods used for design and co...
technical reportThe overall scientific objective of this research was to develop techniques for spee...
The paper is devoted to basic principles to develop software queueing networks simulations. A mathem...
We have developed a Modelling and Simulation platform for technical evaluation of Electronic Toll Co...
Abstract Simulation can be regarded as the emulation of the behavior of a real-world system over an ...
This paper presents how discrete simulation can be used for performance evaluation of distributed sy...
Discrete event simulation is an indispensable tool to understand the dynamics of communication netwo...
DES is seldom used in the manufacturing system development process, instead it is usually used to cu...
96 p.The objective of the report is to illustrate the application of a simulation technique on a que...
The Discrete Time Network Simulator (DTNS) is a System-on-Chip (SoC) simulator developed at Tampere ...
Computer modeling and simulation (M&S) allows engineers to study and analyze complex systems. Discre...
Abstract: This paper describes a DEVS-based network modeling and simulation environment with dynamic...
This paper focuses on the development of a computer simulation model for improving the queuing syste...
This document gives an overview the standard methods used to model and analyze the performance of qu...
Focusing on resource cycles, the authors developed a semiconductor wafer factory (fab) simulation th...