Main directions of special-purpose communication system

E.V. Mashkin; G.S. Kozakov; A.A. Bysov

Main directions of special-purpose communication system

E.V. Mashkin¹, G.S. Kozakov², A.A. Bysov³

research article Pages: 62-65

¹ Ph.D. (Eng.), Associate Professor, Deputy Head of the Department of Communication Educational Institution, Military Academy of the Republic of Belarus
² Chief of Communication of Armed Forces  Head of Communication Department of the General Staff
³ Teacher of the Department of Communication Educational Institution, Military Academy of the Republic of Belarus

Keywords: communication network effectiveness of the communication network packet processing quality of service

Abstract

The basic direction of perfection of special-purpose communication system based on an assessment network efficiency and the technique of synthesis parameters of the dynamic adaptive method for processing packets switching centers.

How to cite

Машкин Е.В., Казаков Г.С., Бысов А.А. Основные направления совершенствования систем связи специального назначения // Наукоемкие технологии. 2014. № 5. С. 62–65.

References

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Park K., Willinger W. Self-similar network traffic and performance evaluations. John Wiley &Sons. 2000. 573 p.
Ivanov A.V. Razrabotka i issledovanie algoritmov prognozirovaniya i upravleniya ocheredyami v komp'yuterny'x setyax (Avtoref. dis. - kand. texn. nauk ot 05.13.01). SPb: S.-Peterburg. gos. texn. un-t. 2001. 18 s.
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Bogovik A.V., Ignatov V.V. E'ffektivnost' sistem voennoj svyazi i metody' ee oczenki. SPb.: VAS. 2006. 183 s.
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[1] Pirogov Ju.A. Teoreticheskie osnovy' postroeniya sistem voennoj svyazi v ob''edineniyax i soedineniyax: Uchebnik. Chast' 2: Nauchno-prakticheskie osnovy' postroeniya organizaczionno-texnicheskix sistem voennoj svyazi / pod obshhej red. Ju.A. Pirogova. SPb.: VAS. 2007. 530 s.

[2] Mashkin E.V., Ry'lov A.V. Bezotkaznost' czifrovoj seti svyazi // Vestnik Voen. akad. Resp. Belarus'. 2010. № 2. S. 137 - 140.

[3] Ry'lov A.V., Mashkin E.V., By'sov A.A. Zaderzhka peredachi paketa po czifrovy'm kanalam svyazi // Vesnik suvyazi 2012. № 2 (112). S. 27 - 29.

[4] Park K., Willinger W. Self-similar network traffic and performance evaluations. John Wiley &Sons. 2000. 573 p.

[5] Ivanov A.V. Razrabotka i issledovanie algoritmov prognozirovaniya i upravleniya ocheredyami v komp'yuterny'x setyax (Avtoref. dis. - kand. texn. nauk ot 05.13.01). SPb: S.-Peterburg. gos. texn. un-t. 2001. 18 s.

[6] Vasil'ev K.K., Sluzhivy'j M.N.Matematicheskoe modelirovanie sistem svyazi: Ucheb. posobie. Ul'yanovsk: UlGTU, 2008. 170 s.

[7] Butakov V., Grakovskij A. Oczenka urovnya stoxastichnosti vremenny'x ryadov proizvol'nogo proisxozhdeniya pri pomoshhi pokazatelya Xersta / // Komp'yuternoe modelirovanie i novy'e texnologii. 2005. №2. S. 27-32.

[8] Bogovik A.V., Ignatov V.V. E'ffektivnost' sistem voennoj svyazi i metody' ee oczenki. SPb.: VAS. 2006. 183 s.

[9] Klejnrok L. Vy'chislitel'ny'e sistemy' s ocheredyami. M.: Mir. 1979. 600 s.

Abstract

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