Ways to increase the reliability of renewable systems of the future networks

DOI №______

Authors

  • С. І. Отрох, (Otrokh S. I.) State University of Telecommunications, Kyiv
  • В. І. Кравченко, (Kravchenko V. I.) State University of Telecommunications, Kyiv
  • О. І. Голубенко, (Holubenko O. I.) State University of Telecommunications, Kyiv
  • М. В. Загряжська, (Zahryazhska M. V.) State University of Telecommunications, Kyiv
  • В. В. Скрипнік, (Skrypnik V. V.) State University of Telecommunications, Kyiv

Abstract

The current development of the technologies of the 4th and 5th generations of mobile communication involves the constant use of cloud services, with which the device is synchronized in real time. In this regard, considerable attention must be paid to the development of network technologies and their operating modes. Since the number of user data for remote online work is rapidly increasing, service representatives need to maintain the continuous service of the devices connected to them. On this basis, the issue of the reliability of the network of the future comes to the fore. The article considers the main ways of ensuring the efficiency of computing technologies of the future networks, considers their advantages and disadvantages in terms of convenience for working with them from the user side. As a result of the analysis, a method for determining the reliability of the duplicate system of four possible options was developed.

Keywords: future network, system redundancy, cloud technology, system reliability, item restoration

References
1. Gostev V.I., Steklov V.K. "Automatic control systems with digital controllers." Kyiv: Radiomator (1998):704.
2. Druzhinin G. V. "Reliability of Automated Systems." Moskva: Energy (1977): 536.
3. Fomin Ya. A. "Theory of emissions of random processes." Moskva: Svyaz` (1980): 216.
4. Emel`yanov G. A, Shvartsman V. O. "Transmission of discrete information." Moskva: Radio i svyaz` (1982): 240.
5. Okunev Yu. B., Plotnikov V. G. "Principles of a systematic transition to design in communications technology." Moskva: Svyaz` (1976): 184.
6. Steklov V. K. Berkman L. N. "Telecommunication networks." Kiev: Institute of Communications of A. S. Popov Ukrainian State Academy of Telecommunications (2000): 395.
7. Stallings Williams. "Wireless communication lines and networks." Moskva: Svyaz` (2003): 639.
8. Aripov M., Zakharov G., Malinovsky S., Yanovsky G. "Designing and technical operation of data transmission networks of discrete messages." Moskva: Radio i svyaz` (1988): 360.

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Published

2018-02-23

Issue

No. 4 (2017)

Section

Articles