Article

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Title

Use of technology of space relaying of intrasystem communication links in tasks of the organization of a subscriber radio access

Authors

¹A.O. Shorin, ²A.G. Devlishov, ²A.V. Tourov, ³D.Yu. Chernikov

Organizations

¹Moscow Technical University of Communications and Informatics
Moscow, Russian Federation
²LLC «Comminform»
Krasnoyarsk, Russian Federation
³Siberian Federal University
Krasnoyarsk, Russian Federation

Abstract

The principles of creation of distributed system of communication in which as the trunk channel the space communication link is involved, and as system of subscriber access – a broadband radio access in the range 300-450 MHz are considered. Assessment of a possibility of creation and deployment of a similar communication system for the territories in which use of alternative technologies is poor-selling or impossible is carried out. The technology of the experimental assessment of quality of the provided services on the basis of the measurements executed by means of a set of the equipment consisting of the exchange service station of system of a radio access, the personal computer and the receiver of system of satellite navigation is offered. Spectral characteristics of signals when rendering different types of services are received and are given. Requirements to parameters of the space radio bridge by means of which remote BS are connected to a kernel of system are formulated. Features of operation modes of space communication link as trunk segment as a part of systems of a broadband radio access are brought and are analyzed. Possible orbiting parameters of space retranslators for provision of access for subscribers to services of a voice communication and data transfer are stipulated. Ways of overcoming influence of drift of delay period of data packets in space communication link due to installation of fragments of a kernel of system of a broadband radio access as a part of the equipment of the remote base station are offered.

Keywords

systems of space communication, geosynchronous communication satellite, data transmission rate, signal range, spectral efficiency, relation signal/noise, system of a subscriber radio access

References

[1] Banket V. A., Dorofeyev V. M. Digital methods in satellite communication. M. : Radio and communication, 1988.

[2] Bakanov D. V., Chernikov D. Yu. Practice of use of Messenger satellite communication systems in zones of an unwarranted radio covering of GSM of Krasnoyarsk Krai. Tez. VI IT-Forum-2014, with participation of the countries of BRICS, Khanty-Mansiysk, 2014.

[3] Dansmor B., Skandyer T. Reference book on telecommunication technologies.: The lane with English. M. : Williams publishing house, 2004. 640 p.

[4] Frolov A. A. The Analysis of the modern standards McWill, TD-SCDMA, WCDMA, IEEE 802.15.3A for application in ShPS-systems // «T-Comm». Telecommunication and transport. 2012. N 9.

[5] Averyanov R. S., Kosinov M. I., Shorin A. O., Shorin O. A. Analiz of mcwill technology opportunities // Messenger of communication. M. : IRIAS publishing house, 2014. N 6.

[6] Kartashevsky V. G., Semenov S. N., Firstova T. V. of Network of mobile communication. M. : What Trendz, 2001. 299 p.

[7] Pyshkin I. M., Dezhurny I. I., Talyzin V. N., Chvilev G. D. of System of a mobile radio communication. M. : Radio and communication, 1986. 328 р.

For citing this article

Shorin A.O., Devlishov A.G., Tourov A.V., Chernikov D.Yu. Use of technology of space relaying of intrasystem communication links in tasks of the organization of a subscriber radio access // The Research of the Science City, 2016, no. 3-4, pp. 39-44.

This Article is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License (CC BY-NC 4.0).