Problems of optimization and choice of options for the creation and application of complex organizational and technical complexes

Abstract

Goal. Development of a generalized approach to formalization and solution of various classes of multicriteria selection problems for subsequent use of the results obtained in the creation and use of appropriate support systems and management decision-making. Materials and methods. To achieve this goal, the authors of the article used the methodology and methodological foundations for solving the class of problems under consideration, which were developed at the present time in the interdisciplinary branch of system knowledge. Results. An approach is proposed in which it is possible to approach the formalization and solution of multi-criteria selection problems arising at various stages of the life cycle of complex organizational and technical complexes from a unified position. Such tasks, first of all, include the tasks of group selection, vector optimization, cascade (hierarchical) selection, coordination and game selection. An example of solving the optimization problem is given, illustrating the advantages of the proposed approach. Conclusion. The approach considered in the article is based on the concepts of system modeling and selection with multi-consideration in conditions of uncertainty of environmental impact, based on the theory of mathematical structures by N. Burbaki.