Abstract
The article describes the possibilities of creation and the results of the automated expert complex using, which is designed to solve improving problems of the locomotive fleets operation, which are implemented using modern intelligent systems. Monitoring and diagnostic procedures provide the implementation of the controlling tasks of the locomotive power facilities (LPF) functioning parameters. The expert system complex (ESC-LPF) implements the basic tasks of creating a system for analyzing, diagnosing and predicting the state of LPF based on signals of the angular speed of the crankshafts rotation. In ESC-LPF expertise tasks are implemented by combining methods of digital signal processing, statistical analysis, classification and the use of empirical experts’ knowledge. The structure, models and results of diagnosing LPF are given.
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