Development of Unified Morphological Models for the Research of Different Physical Processes in Electronic Systems

P. 273–276.

Yury N. Kofanov, Sotnikova S. Y., Skachko M. A.

The paper proposes morphological models for the analysis of complex electronic systems quality criterion. The reason for resorting to morphological models is the need to increase attention to improving the quality and reliability of electronic systems in the early design stages. At the same time, many difficulties of mathematical modeling of the investigated heterogeneous physical processes occurring in electronic systems are solved. In this paper, the unification of the notation and the image of components based on analogies of mathematical descriptions. In linear synthesis morphological models in the form of connection of multipolar systems are offered. But they allow you to explore the electrical, mechanical and thermal processes only in linear approximation. In contrast to this representation, the paper also proposes unified view of morphological models in the form of a hypergraph, which will cover nonlinear cases.

Keywords: modeling, unification, graphs, electronic systems, morphological models

Publication based on the results of: Теория форсайт-моделирования в проблеме обеспечения высокой надежности электронного оборудования в космической отрасли (2019)

In book

Proceedings of the 2019 IEEE International Conference "Quality Management, Transport and Information Security, Information Technologies" (IT&QM&IS)

IEEE, 2019.