Mathematical Models of Effective Topology of Computer Networks for Electric Power Supply Control on Railway Transport

Abstract

The paper is devoted to analysis of modern directions of innovation-investment formation of intelligent computer networks that control the fast-moving technological processes of electricity supply. It is based on the conclusion that the problem of increasing the productivity of information exchange between information resources and consumers is dominant. A method for increasing the efficiency of information exchange is proposed as a search for the rational location of a new node and the organization of such a set of its connections among the whole set of nodes of the computer network, which provides a minimum average topological distance. Mathematical models of effective topological organization of connections in computer network of power consumption control at the level of traction substations, electric power distances and the railway in general are proposed.

Development of an innovative model for the inter-integration of the architecture of the intelligent computer environment of critical infrastructure facilities of the railway

“…This is especially important for real-time management. A unified information system ensures the availability of only one set of data that is true and up-to-date [1]. This is ensuring the unity of information in all parts of the systems.…”

“…An analytical review of works on the application of intelligent management of power supply system objects is given in works [1][2][3][4][5][6]. Namely, in work [1] the question of the organization of the architecture of intelligent management of the power supply system was considered, but the construction of the system itself was investigated, not taking into account the distributed exchange of information between the levels of the system hierarchy. Work [2] investigates the methodology of building classification systems and methods of identifying emergency modes of power supply system objects.…”