D.A. Tavalinskiy1, D.A. Krasikov2

The Military University of Radio Electronics (Cherepovets, Russia)

The article discusses an approach to the formation of an optimal set of features in order to simplify the practical solution of the problem of rational distribution of information and telecommunication network resources. To form a complete feature space that characterizes the features of the interaction of computer network objects, it is proposed to use a graph-dynamic model. The features of the formation of a time-varying multilayer graphodynamic model and the influence of interlayer connections on the feature space of objects of an information and telecommunication network are considered. In order to optimize the set of features, a method is proposed for fixing the functional layers of the graph-dynamic model at the time of temporal estimation and the transition to a multilayer static non-directional graph model. The generated set of features characterizing the interaction of objects of a distributed computer network is proposed to be described using a multidimensional adjacency structure. The approaches proposed in the article to the formation of the attribute space of the information and telecommunications network are universal and can be used to solve any multi-parameter problems.

Tavalinskiy D.A., Krasikov D.A. Graphic dynamic modelling of information telecommunication network in interests of a rational distribution of resources. Dynamics of complex systems. 2022. V. 16. № 3. P. 40−46. DOI: 10.18127/j19997493-202203-04 (in Russian)

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