Abstract. An approach to planning the reconfiguration of complex multi-mode objects under conditions of a given or unknown cyclogram of operating modes is considered. The proposed approach is based on the concept of complex (system) modeling, concept of parametric genome structure, taking into account the functional and technological features of the object under study. Along with the classical "blind" reconfiguration technology, the technology of structural and functional reconfiguration is considered, which implements the change of the structural states of the studied objects both in the event of emergency situations and in the process of planned functioning in order to improve the reliability and increase the duration of the functioning of objects due to the uniform load of elements. A comparative analysis of the results of planning the reconfiguration of complex multimode objects based on these technologies is carried out, advantages of the technology of structural and functional reconfiguration are demonstrated.

Keywords: multi-mode complex object, cyclogram of functioning modes, "blind" and structural-functional reconfiguration, parametric genome, complex modeling

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