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Practical application of simulation modelling requires exact models. This means that model parameters should have exactly realistic values. As the modelled system is changing over time, the model should follow it as well. Adaptive simulation methods build up advanced modelling tools for this problem. In adaptive models (similar as the DDDAS, see [1]), properties are subject to continuous adaptation. Necessary information comes directly from the modelled system. The model is adapted using this information in defined time interval. In this paper basic principles and operations of an adaptive material flow simulator are presented. The elaborated methods is a part of our research project (KTIAAIK-12-1-2013-0009) financed by the National Development Agency of Hungary, total financial support is HUF 419 904 851) which aims to improve logistics processes in the building industry.

Adaptive Simulation-Based Concept for Construction Logistics