使用基于光纤的解决方案数学建模设计一个允许的网络

Smailov N., Yussupova G., Marxuly S., Kuanysh D., Yendybaiuly Y.
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摘要

该研究的主要目标是提高宽带用户接入网的交换速度,主要使用PON技术,因为用户的需求不断增长,而现代结构已无法满足这些需求。本文讨论了PON技术、波分复用技术的类型、波分复用通信网络的设备设计、波分复用器的设计和参数。考虑了在现有PON系统中实现WDM-TDM混合复用的可能性。结论是,为了使现有接入网现代化,使用这种技术的相关性。电子光学设备和光纤生产技术的快速发展使得在80年代中期使用光纤连接个人用户和组织成为可能。第一个配电网络的启动是使用点对点拓扑进行的,但几年后,无源光网络(PON)技术被创建,它允许组织点对点拓扑。
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DESIGN OF A PERMITTED NETWORK USING FIBER-OPTIC-BASED SOLUTIONS MATHEMATICAL MODELING
The main goal of the research is to increase the speed of exchange in broadband subscriber access networks, primarily using PON technology, since the needs of subscribers are constantly growing and modern structures can no longer provide them. This article discusses the PON technology, types of WDM technology, equipment designed for communication networks using WDM, designs and parameters of WDM multiplexers. The possibility of implementing WDM-TDM hybrid multiplexing in existing PON systems is considered. Conclusions are drawn about the relevance of the use of this technology in order to modernize existing access networks. The rapid development of technologies for the production of electronic optical devices and optical fibers made it possible in the mid-80s to use fiber to connect individual users and organizations. The launch of the first distribution networks was carried out using point-to-point topologies, but a few years later the technology of passive optical networks (PON) was created, which allows organizing point-to-point topologies.
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