An electrified railway system includes complex interconnections and interactions of several subsystems. Computer simulation is the only viable means for system evaluation and analysis. This paper discusses the difficulties and requirements of effective simulation models for this specialized industrial application; and the development of a general-purpose multi-train simulator
Simulation of multi-engineering systems typically requires many issues to be solved, which are to be...
Simulation of multi-engineering systems typically requires many issues to be solved, which are to be...
Computer simulation techniques can be used to quantify the effects of changes to railway vehicle an...
An electrified railway system includes complex interconnections and interactions of several subsyste...
An electrified railway system includes complex interconnections and interactions of several subsyste...
With the advances in computer hardware and software development techniques in the past 25 years, dig...
With the advances in computer hardware and software development techniques in the past 25 years, dig...
Computer simulation has been widely accepted as an essential tool for the analysis of many engineeri...
Computer simulation has been widely accepted as an essential tool for the analysis of many engineeri...
Abstract Being as a relatively new approach of signalling, moving-block scheme significantly increas...
The paper deals with usage of computer simulation methods for education at Department of Electrical ...
This work is concerned with the design and applications of a new rail transit system computer simula...
Due to the high cost of physical testing and the increasing acceptance of computer simulation modell...
Simulation methods are widely used in railway planning and operation. However, at the moment there a...
Training of locomotive engineers (train drivers) is an expensive and a time consuming undertaking. E...
Simulation of multi-engineering systems typically requires many issues to be solved, which are to be...
Simulation of multi-engineering systems typically requires many issues to be solved, which are to be...
Computer simulation techniques can be used to quantify the effects of changes to railway vehicle an...
An electrified railway system includes complex interconnections and interactions of several subsyste...
An electrified railway system includes complex interconnections and interactions of several subsyste...
With the advances in computer hardware and software development techniques in the past 25 years, dig...
With the advances in computer hardware and software development techniques in the past 25 years, dig...
Computer simulation has been widely accepted as an essential tool for the analysis of many engineeri...
Computer simulation has been widely accepted as an essential tool for the analysis of many engineeri...
Abstract Being as a relatively new approach of signalling, moving-block scheme significantly increas...
The paper deals with usage of computer simulation methods for education at Department of Electrical ...
This work is concerned with the design and applications of a new rail transit system computer simula...
Due to the high cost of physical testing and the increasing acceptance of computer simulation modell...
Simulation methods are widely used in railway planning and operation. However, at the moment there a...
Training of locomotive engineers (train drivers) is an expensive and a time consuming undertaking. E...
Simulation of multi-engineering systems typically requires many issues to be solved, which are to be...
Simulation of multi-engineering systems typically requires many issues to be solved, which are to be...
Computer simulation techniques can be used to quantify the effects of changes to railway vehicle an...
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