Systematization of radio-electronic control complexes on resistance to destabilizing factors on the basis of a neural network model

Abstract

The expansion of the sphere of influence of commercial activities and the prospects for the development of "transatlantic" alliances, in such key market segments as the business of extracted hydrocarbons, objectively determines the growing role of electronic means complexes for solving a huge range of tele-communication tasks. An example is the tasks associated with the need for remote control of oil and gas industry equipment both domestically and abroad. These tasks are aimed at solving the problem of reliable operation of the equipment used: radio communications, control and measuring and control and diagnostic equipment, individual signaling devices (electronic rescue beacon), security and operational damage detection, etc. The entire arsenal of operated electronic means must be ready to solve problems for their intended purpose in any region of the Russian Federation (RF) or abroad. This article discusses the issue of increasing the resistance to external destabilizing factors of electronic control systems for technical means by targeted delivery to the climatic regions of the Russian Federation.