Aerospace Instrument-Making Annotation << Back SYSTEM SIMULATION IN THE DEVELOPMENT OF MATHEMATICAL SUPPORT FOR AUTOMATED TESTING SYSTEMS BASED ON POLIMODALES APPROACH WITH A HIERARCHICAL PRINCIPLE A.I. Loskutov, E.A. Bardaev, D.B. Semenyuk, V.A. Klykov The question of development of mathematical support of automated test complexes of objects of rocket and space technology is considered. The formulation of the problem of development of mathematical support of the automated test complex for the purpose of increase of completeness of control is carried out. An approach to the development of mathematical support of an automated test complex based on a polymodel study of the test object with the introduced strict order ratio between the models is defined. As a mathematical apparatus used to formalize the process of functioning of the simulated system at the senior level, a finite state machine is selected, at the lower level – the mathematical apparatus of Petrinets. Within the framework of the proposed approach, an example of the construction of mathematical support for automated test systems based on a polymodel approach with a hierarchical principle is given. Key words: mathematical model, system modeling, onboard system, automated test complex, completeness of control, Petri net, finite automaton. DOI: 10.25791/aviakosmos.04.2019.604 Contacts: E-mail: v.klikoff86@mail.ru Pp. 33-44.