Status Monitoring Automation for the Engineering Systems of the Smart Facilities

In the course of solving the problem of increasing the efficiency of safe life support for autonomous buildings and structures, conceptual methodological approaches were identified for automating the processes of monitoring the state of smart infrastructure technical systems, which will significantly increase their efficiency through the combined use of elements of individual control systems, optoelectronic event detection and recognition (ECO). To this end, the methodological foundations for the calculation and design of technical systems were formed on the basis of the developed methods of analysis and technical and economic modeling of objects, evaluation of the technical and economic efficiency of technical informational systems, calculation of dynamic characteristics and evaluation of indicators of the quality of energy supply of objects, as well as a comprehensive methodology for evaluating the effectiveness of multi-stage visualization systems, taking into account the priority study of issues of feasibility study and their rational construction smart infrastructure.