STRUCTURAL-FUNCTIONAL MODEL OF INTELLIGENT INFOCOMMUNICATION SYSTEM

Abstract

Subject of Research.The paper considers the distributed terminal system (DTS) as the basis for an intelligent infocommunication system, oriented to analyze the behavior of the information space users in the current situation and their comfortable service. The variants of realization for infocommunication technologies on the basis of various combinations of modalities are presented. Method. To solve the problem of DTS structure synthesis, an alternative graphical formalization is used, when various variants of system elements formation are given in the form of the alternative graph vertices, and the arcs present the nature of the interrelations between them. To solve the problem of determining the options for the formation of system nodes and their interrelations and minimizing of the instrumentationcost of the distributed terminal system nodes, it is proposed to use an algorithm based on the "branches" and "borders" scheme and local optimization. Main Results. The structural-functional model of the distributed terminal system presented in the paper is a theoretical construction necessary for the development of scientific and methodological tools for the synthesis of intelligent infocommunication systems. Practical Relevance. The implementation of intellectual infocommunication systems is a promising scientific and technical direction for the development of the national information infrastructure.

Keywords

• infocommunication system
• multimodal interface
• distributed terminal system
• communication availability
• topological structure
• functional structure