Information Decision-Support System on the Basis of the Method of Diagnostics and Control of the Technical State of Industrial Equipment

This work considers the problem of diagnostics and control of technical state (TS) of various industrial equipment. The relevance of the problem is caused by a significant increase in the level of requirements for the reliability of industrial facilities, the aging of existing equipment and technological complexes and thus the complexity of systematizing of various diagnostic information for decision-making. Because of this there is a need to develop a universal automated information system based on the method of diagnostics of the TS of a variety of industrial objects. Due to the multitude of factors affecting the TS of the equipment, the technical state index (TSI) is used as a complex indicator, the calculation method of which is based on the mathematical model of fuzzy sets. The diagnostics of TS is carried out based on a system of indicators, the configuration of which is related to the structure of the equipment. This work presents the results of developing a decision support system for managing complex technical and software objects. The work also shows a block diagram of the algorithm of how this system functions, describes the functionality and interface of the developed software.