The article presents a systematic review of scientific articles devoted to applications of multi-criteria optimization methods, published in open sources in 2013-2023, conducted in accordance with the PRISMA recommendations. The main optimization methods with respect to a set of conflicting objective functions, such as energy efficiency, accuracy of achieving final states, economic feasibility, reliability of operation, compliance with environmental standards, etc. are considered. Particular attention is paid to the theoretical foundations and practical applications of these methods aimed at increasing the efficiency of technological processes and improving the quality of decisions. The main objective of the review is to analyze the current state of research in this area, to identify trends and limitations in the use of multi-criteria methods for optimization of specific technological processes and objects. The study showed that, despite significant progress in the development of the theoretical foundations of multi-criteria optimization, the number of works aimed at applying these methods to real technological problems remains limited. The article emphasizes the importance of further research and development aimed at adapting optimization methods to the specific features of technological processes. This review aims to provide a deeper understanding of current trends and issues related to the application of multi-objective optimization methods to improve technological processes, thereby contributing to the development of research in this promising area.
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