MATHEMATICAL AND SIMULATION TECNIQUES FOR MODELLING URBAN TRAIN NETWORKS

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Railway systems can pose complex problems for the scheduling and operation of trains. A passenger rail service’s first priority is to provide a punctual and safe transport service to its customers. But doing so is a major challenge for rail network operators, as disruptions are inevitable, especially in densely-populated networks. Disruptions can be caused not only by infrastructure or rolling stock breakdowns, but also by maintenance activities, new rolling stock, or new train services. Managing these disruptions and predicting the extent of its effects is a crucial part of rail network operation. Mathematical models and simulation can be applied to these problems. This paper will review the literature concerning the modelling of train networks.

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