Poremskyy Y. Formalization of model facilities for nonlinear nonstationary automation control systems in the space of parameters increase.

The object of research is the process of modeling of nonlinear nonstationary systems automation control systems. The object of study is mathematical simulation models of automation control systemsl. Methods. Realized study based on set theory, theory of automatic rate control, numerical methods for solving differential equations used to develop a formalized process development of simulation systems, automatic rate control. The theoretical value of the results is to develop a formalized process development of simulation systems, automated control, received the further development of model research behavior of automatic control systems has received further development obkject approach to modeling the behavior of automatic control systems. The practical significance of the results is that allowed to create a formalized description of computational modeling environment and provided an opportunity to use in modeling approach to study the behavior of automatic control systems with regard to changes of objects in time, and enables the implementation of other approaches without changing the structure of vehicle modeling. Degree of implementation - in the field. Human use - businesses that develop and study systems of automatic control.