THE PROBLEM OF SYNTHESIS MODELS FOR CONTROL AND DIAGNOSTICS IN THE MANUFACTURE
OF ELECTRICAL EQUIPMENT OF AIRCRAFTS 

Kuatov Baurzhan Zholdybaevich, PhD, associate professor, deputy chief for academic and scientific works, Air Defense Forces of the Military Institute of the Republic of Kazakhstan named after T. Y. Begeldinov (463024, 16 A. Moldagulova avenue, Aktobe, Kazakhstan), E-mail: kuatov.baurjan@mail.ru
Koptev Anatoly Nikitovich, doctor of technical sciences, professor, sub-department of aviation maintenance technology, Samara national research University named after academician S. Korolev (443086, 34 Moskovskoye highway, Samara, Russia), E-mail: eat@ssau.ru
Kurtaev Sabit Janbulatovich, postgraduate student, Samara national research University named after academician S. Korolev (443086, 34 Moskovskoye highway, Samara, Russia), E-mail: sabit5@mail.ru
Myasnikova Julia Vadimovna, postgraduate student, Samara national research University named after academician S. Korolev (443086, 34 Moskovskoye highway, Samara, Russia), E-mail: eat@ssau.ru 

621.3 

10.21685/2307-4205-2019-1-9 

Background. The problem of network synthesis is formulated from a general point of view Presents the conditions of preference from the set of possible solutions to design and synthesis problems when building models of technological processes of functional control of electrical equipment based on tensor analysis and the theory of images of networks of a production facility.
Materials and methods. The three-component system, characterized by the current state, was chosen for the task of synthesizing the network model for monitoring and diagnosing electrical equipment; the imperative model of the desired state of this subject or the model of the required future, as well as the conditions (restrictions) that must be fulfilled in the process of transferring the subject of the task from its current state to the required one. The boundaries of the permissible region of the set of values of the intrinsic properties of an object are determined by the resources necessary for the manufacture or use of a design object (OP).
Results. In the language of logical methods of analysis and synthesis of schemes, the tensor method of dual networks, it has been proved that the characteristic features of the design object are: firstly, the atomistic structure with various mathematical properties; secondly, the materiality of individual bonds on the set of introduced compounds is characteristic; thirdly, the interpretation of objects depends on the point of view of the observer, i.e. how he perceives it. Fourth, the nature of the correspondence between real and ideal images must be precisely defined.
Conclusions. It has been shown that when building a formalism of images and studying relevant structures, it is necessary to use the analysis of regular structures in numerous specific situations based on the theory of images and its directions formulated by W. Grenander. 

modeling, network synthesis equipment, the structure of the object, the task of designing, theory of images, tensor analysis of networks