The conceptual model of the intelligent network

DOI: 10.31673/2409-7292.2023.030202

Abstract

The development of the concept of Intelligent Control Systems (ICS) gives rise to a number of fundamental problems, one of which is the form of presenting information for the organization of control mechanisms. At the same time, the most important aspect is the analysis of the possibilities and features of the use of various information technologies for information processing in the tasks of intelligent control. The conceptual model of the intellectual network, which is proposed to be used in the synthesis of the control information transmission network in the intelligent systems of control of the infocommunication networks, is investigated. It is shown that the following features must be taken into account during the synthesis of Intelligent Control Systems: the processing speed at the upper levels of the conceptual model decreases with the growth of "intelligence", which in turn falls as we move down the transportation level of the proposed model. The principles of construction and architecture of the ICS are presented, taking into account the current readings of measuring and information means. A model for servicing a claim in ICS is proposed, which uses the use of controllability determinants and centralized logic. Dynamic distribution of information flows has been shown to be one of the effective ways to increase the use of network resources in an emergency. In order to ensure dynamic flow distribution in the control information transmission network, it is proposed to use a dynamic flow distribution control system, which is a subsystem of ICS. Dynamic routing has been shown to be effective only with average channel usage. It has been proven that dynamic routing is effective only with average channel usage.

Keywords: network, intellectualization, control system, synthesis, model, requirement, impact, distribution, flow.

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