L.E. Mistrov

Central branch of RPMU (Voronezh, Russia)
 

In the conditions of a market economy, the task of ensuring the conflict stability of the functioning of target organizational and technical systems (OTS) is relevant, the use of which is carried out in conflicts of the «competition» type, not always in a benevolent competitive environment. Ensuring in these conditions the conflict stability of the functioning of the STS is carried out on the basis of the development of specialized complex technical complexes (systems). The basis for their creation is the substantiation from the level of the target STS of the system of the main tactical (ensuring the interaction of the STS in a competitive environment) and technical (determining the performance characteristics for the implementation of the target function of the complex) requirements and efficiency requirements for the appearance of complex technical complexes (STC). In contrast to the classical approach, the proposed system engineering method develops a systematic approach to the design of the STC, which involves a purposeful justification according to the integral criterion of its effectiveness.

The method is based on the introduced system of principles, categories, models and procedures that provide a comprehensive and comprehensive solution to the problem of designing an optimal (rational) variant of the STC. In the interests of implementing the principles of a systematic approach, a system of interdependent and interdependent synthesis categories has been introduced, detailing the process of designing the STC in terms of time (stage categories, cycles and stages) and consideration detail (categories of functional, structural and parametric aspects of synthesis and external and internal levels of synthesis), providing implementation of a cyclic reciprocating process of designing its appearance. Within the framework of a complex forward-return movement by type and within each category of synthesis, a cyclic iterative process with a non-stationary hierarchical structure is formed, providing a gradual substantiation of the properties, characteristics and order of functioning of the STC and, as a result, achieving ideas about its optimal (rational) appearance.

The implementation of the method makes it possible to formalize the process of designing the STC, the implementation of which ensures the conflict stability of the functioning of the target STS. The method can form the basis of automatic design systems of various types of complex technical systems.

Mistrov L.E. The method of system technical design of complex technical complexes (systems). Science Intensive Technologies. 2022. V. 23. № 7. P. 22−42. DOI: https://doi.org/10.18127/j19998465-202207-03 (in Russian)

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