Abstract

The article is devoted to the development of an expert system, the purpose of which is to optimize the processes of fixing and maintaining mine workings in the mining industry. The paper presents a comprehensive approach based on the application of theoretical, numerical-analytical and empirical research methods, as well as the systematization of primary data and in-depth analysis of the problem. The expert system is developed using modern object-oriented programming languages, which ensures high efficiency and flexibility of the system. The main objective of the system is to provide sound solutions for fixing and maintaining mine workings, depending on the types of rocks and mining conditions. Thus, the expert system allows to reduce the decision-making time in the process of fixing and maintaining mine workings. This is especially important in a dynamically changing mining industry. The development and implementation of an expert system allows you to increase the level of knowledge and skills of specialists in the industry. Interactive interaction with the system contributes to the exchange of experience and the accumulation of knowledge

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