Authors:
Sembiyev Ordabay,Kemelbekova Zhanar,DOI NO:
https://doi.org/10.26782/jmcms.spl.6/2020.01.00009Keywords:
Broadband digital network with integration of services,multiservice traffic,asynchronous data transmission network,switching nodes,switches,asynchronous transfer mode,Abstract
In this paper was considered a model for computing the statistical parameters of the quality of service of an asynchronous network. In many respects, the achievable level of the quality of the services provided is determined at the design stage of the network, when decisions are made regarding the subscriber capacity of stations, the capacity of the bundles of trunk channels, the composition and volume of telecommunications services provided. The current economic and political conditions created the creation of territorially distributed enterprises and structures, which necessitated the construction of corporate communication networks that provide high-quality and reliable communications to large departments, corporations and industries, for example, the central apparatus with regional enterprises or the connection of enterprises among themselves. The process of information exchange is actively stimulated by the expansion of the commercial activities of large companies. Thus, for today the problem of creation of corporate communication networks, having their principal differences from public networks is at the forefront.Refference:
I . Ananev A.N. Proektirovanie multiservisnyx korporativnyx setej
regionalnyx operatorov svyazi. M.: Radio I svyaz, 2002. 92p.
II . Baklanov I.G. Texnologii izmerenij pervichnoj seti. Part 2. Sistemy
sinxronizacii, b-isdn,atm. M.: Eko-trendz.2000. 150p.
III. Kox R., Yanovskij G. Evolyuciya i kovergenciya v elektrosvyazi. M.:
Radio i svyaz. 2001. 279p.
IV. Shvarcman V.O., Etruxin N.N., Karpinskij M.A., Osipov V.G., Safonov
I.K. Sinxronnye seti peredachi dannyx. –M.:Radio i svyaz, 1988. 256p.
V. Kulgin Maksim. Texnologii korporativnyx setej. SPb:piter,2000. 704p.
VI . Olifer V., Olifer N. Novye texnologii i oborudovanie ip-setej. M.: 2000.
512p.
VII . Gordienko V.N. Opticheskie telekommunikacionnye sistemy: Uchebnik
dlya vuzov. – M.: GLT, 2011. – 368 p.
VIII . Kruk B.I. Telekommunikacionnye sistemy i seti. Tom 2. – M.: GLT,
2005. – 647 p.
IX. Markov N.G. Intellektual’nye navigacionno-telekommu-nikacionnye
sistemy upravleniya podvizhnymi ob”ektami s primeneniem tekhnologii
oblachnyh vychislenij. – M.: RiS, 2014. – 158 p.
X . Teplyakov I.M. Telekommunikacionnye sistemy: sbornik zadach. – M.:
Radio i svyaz’, 2011. – 240 p.
XI. Sembiyev О.Z., Kemelbekova Zh.S./ Calculate load distribution on the
nodes of the asynchronous network // International journal of applied
and fundamental research, 2019. – № 4 – С. 49-53.