Description of the complex of technical means of an automated control system for the technological process of thermal vortex enrichment

Abstract

The description of the complex of technical means of the automated system for controlling the technological process of thermal vortex enrichment was carried out as part of the project to create a comprehensive resource-saving technology and the organization of high-tech production of carbon and silicon dioxide nanostructures to improve the properties of building and structural materials. The description of the complex of technical means was made taking into account the justification for choosing the structure of the complex of technical means, the description of its functioning, the main decisions on the placement of technical means, the rationale for the application and technical requirements for equipment, as well as the justification of methods for protecting technical means. Computer equipment and data transmission equipment were selected. The described set of technical means is necessary and sufficient to achieve the goal of creating an automated control system for the technological process of thermal vortex enrichment, namely, to carry out continuous technological control of the equipment and process parameters of the automated process control system of the thermal vortex enrichment technological process; process safety in the production of MD1; collection of data on technological processes and equipment operation, their processing, display and documentation; optimization of the technological process through the use of advanced visualization tools, modern management algorithms and analysis of accumulated technological information; minimize the impact of human factors on the processes of collecting and processing information about the technological process; automatic prevention of the development of emergency situations.

Network architectures and protocols of M2M communications

“…In consumer electronics, thanks to M2M technology, embedded processors and SIM cards have appeared, and it becomes possible to manage and exchange information. This model allows you to solve the tasks of monitoring all objects in your home environment, control stocks and automatically request consumables for household appliances, link photos and video cameras with social networks, automatically visit electronic libraries, etc [15][16][17].…”

Mathematical model of the formation of the portfolio of the innovation structure of the technopark

“…The information on the study was compiled by regulatory and legislative acts of the Russian Federation, the Ministry of Economic Development of the Russian Federation, as well as other information on the topic published in the open press and the Internet, scientific articles and other materials, Internet information resources. [23,24]…”

Evolutionary trends in improving radio interfaces on GERAN/UTRAN/E-UTRAN networks

“…However it decreasing transmitted signals sensitivity. Also it decreasing immunity of noise where the information transfer rate depends on the communication channel quality [19][20][21][22][23].…”