S.S. Antsyferov1, K.N. Fazilova2, M.K. Hanova3

1–3 MIREA – Russian Technological University (Moscow Russia)

Information flows (IP) play a huge role in scientific research and development, as they are the basis for the formation of both an information base and a knowledge base in a particular scientific and thematic area. Each direction has its own IP, which allows you to judge both the current state of scientific development and predict its further development. The dynamics of the development of the scientific direction is reflected in the dynamics of the IP, primarily in its indicators such as the growth in the number of information units (IE), for example, publications and the intensity of their use. So, taking into account the stages of development of the scientific direction, it can be noted that at the stage of its origin there is a small number of publications with a high degree of information dispersion; at the stage of formation there is a sharp increase in the number of publications reaching the maximum value at the evolutionary stage and a decrease in the number of publications and their use at the stage of degradation. At the same time, it should be noted that these indicators should be quite strictly "tied" to the semantic (semantic) content of information units, which, in turn, should ensure high reliability of control and forecasting.

In this regard, the task of creating an intelligent system (IP) for monitoring the dynamics of IP, which allows fairly objectively assessing and predicting the development of a particular scientific direction, seems urgent.

A mathematical model of the dynamics of information flows has been developed, which can serve as the basis for the structural construction and algorithm of the functioning of the information flow system.

The structure of an intelligent system should ensure the performance of such operations as knowledge extraction from input data, semantic and statistical processing of input data, dialog communication.

The proposed principles of the structural construction of an intelligent system can be used in the creation of expert systems designed to monitor and manage the development of scientific directions based on dynamic indicators of the information flow.

Antsyferov S.S., Fazilova K.N., Hanova M.K. Intelligent system for monitoring the dynamics of information flows. Science Intensive Technologies. 2023. V. 24. № 5. P. 64−68. DOI: https://doi.org/10.18127/ j19998465-202305-07 (in Russian)

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