M.V. Khodak, Ye. I. Kucherenko, S. N. Trokhymchuk


Сontext. The complexity and ambiguity of the approach to the system of thermoregulation, makes it possible to meet most of the enduser
requirements. Such problems are solved by creating a flexible software to manage temperature control systems. The main functional
requirement for them is determined by the condition of thermal comfort: maintain the desired optimum temperature within the permissible limits of its rejection. Similar systems operate in conditions of uncertainty. In the course of such tasks proposed and considered a model based on fuzzy logic.
Objective. Simulation of fuzzy process E-net for a sustainable mechanism to conflict situations. To improve system performance, you
must evaluate the processes of device reliability.
Method. A new method for the study of intellectual processes based on the criteria of reliability. This method is based on the expansion
E-net that can reveal internal and external uncertainty in the system.
Objective. Made meaningful analysis of the existing thermal control systems. The simulation of the adequacy of the system of processes,
based on the consistency of properties, completeness, reliability, choice and alternatives simulated processes. Also analyzed the distributed heat supply facilities based on their clustering features of the density distribution.

Conclusions. Obtained scientific and practical significance of results that minimize computational costs, improve the accuracy in

decision-making, as well as more detailed further maintenance of complex industrial systems.



temperature control; reliability; UML-graph density.


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