V. Beskorovainyi, Z. Imanhulova

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Abstract. The analysis of system factors determining the efficiency of large-scale objects is performed. Structural description and purposes of largescale objects constructing are formalized. A three-level decomposition scheme for the problem of objects system optimization including the set of tasks for their system design, planning of development, adaptation and reengineering is proposed. The composition and the scheme of relationship on input and output data of the tasks between main stages of large-scale objects system optimization are determined. Based on the decomposition of the problem, its systemological analysis was carried out. This allowed to develop a technology for system optimization of large-scale objects, taking into account the relationship between the whole set of problem-related tasks.

Key words: large-scale objects, structure, design, reengineering, topology, optimization.


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