چكيده لاتين :
Nowadays, neural networks have a wide range of usage in different fields of engineering. In the
present work, this method is used to determine a reservoir model. Model identification, followed
by parameter estimation, is a kind of visual process. Pressure derivative curves showing more
features are usually used to determine the reservoir model based on the shape of the curve
and no calculation is included. So, it is difficult to convert this kind of visual process to an
applicable algorithm for computers. In fact, the model identification is a pattern recognition
which is best done by an Artificial Neural Network (ANN). If neural networks were learned
successfully, they would be able to categorize different shapes into different groups, due to their
visual characterization. So, their use in such a job would seem to be useful. In this work, it is
shown how to train, examine and use neural networks to determine a reservoir model. The input
of an ANN is fifty points of the normalized pressure derivative type curve. Each ANN is trained,
based on a specific model, and the output of the ANN is the probability of occurrence of a fed
curve to the related model
