СРАВНЕНИЕ МЕТОДОВ ИСКУССТВЕННОЙ ГЕНЕРАЦИИ ДАННЫХ ДЛЯ ГЛУБОКОГО ОБУЧЕНИЯ СИСТЕМЫ МОНИТОРИНГА
This article deals with the problem of input data generating for the creation and training of an artificial neural network, which is the basis of the classification module of a dynamic monitoring system of the manufacture performance indexes. The input data that was used to train the neural network was divided into the following categories: real data, generated data for a given distribution, and data obtained using the simulation approach. The simulation model was created using the apparatus of Petri nets. Further, for the data used in the work, classification rules were set, after which the artificial neural network was trained on each data set. At the next step, real data was submitted to the monitoring system, which are previously did not appear in the training and validation of neural networks. The final step of this study was to compare the results of the classification of the described approaches of artificial generation of values of enterprise input parameters with respect to the control data set.