Основы построения интеллектуальной системы диагностики режимов течения жидкости в трубопроводе

Abstract

The urgency of intelligent systems development for revealing of various types of regularities and decision making in the field of hydraulics is considered. The expediency of constructing an intelligent system for diagnosing fluid flow regimes in a pipeline (IS DRTZhT) is shown. IS DRTZhT is based on an intelligent instrumental tool (IIS) IMSLOG-2002, designed for revealing of various patterns in data and knowledge, for decision-making and its justification using cognitive tools. The matrix model of data and knowledge representation in the problem area under consideration and the main stages of IS DRTZhT design are presented. The use of IS DRTZhT will allow revealing the regularities based on the characteristic features, describing the hydrodynamic parameters affecting the fluid flow regimes in the pipeline. Furthermore, the IS represents a versatile decision-making tool taking into account the fluid flow regimes depending on various hydrodynamic parameters. IS DRTZhT will be very useful in practical activities for engineers in the field of hydrodynamics for decisions-making and their justification using cognitive tools, as well as for students training in the problem area under consideration.