全光网络中实现塑料光纤的核心技术

Xiaopeng Yang, Yang Yang, Feng Gao, Juan Yan, Wenqi Shi
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引用次数: 2

摘要

ICT(信息通信融合技术)技术的快速扩展和融合,以及音频、视频和数据应用的大规模部署,促使国家推广全光网络概念。然而,由于各种技术瓶颈,这一目标并不容易实现,特别是考虑到网络接入、传输和交换已经被证明是很大的技术问题。本文主要研究全光终端的接入、传输、交换等技术问题,实现全光网络接入层,结合其核心基于POF (Plastic Optical Fiber,塑料光纤)的介质和设备,实现全光网络,适用于电力、石油、交通等行业有全光业务需求的社会规模用户及其他专用全光业务网络。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Core Technology for Achieving Plastic Optical Fibers in an All-Optical Network
The rapid expansion and integration of ICT (information and communication convergence technologies) technology, and large-scale deployment of audio, video and data applications, has prompted the State to promote the concept of all-optical networks. However, due to various technical bottlenecks, this goal has not been easily achievable, particularly in light of network access, transmission, and switching that have proven to be large technical problems. This paper deals with the end of all-optical access, transfer, and exchange of technical problems, to achieve an all-optical network access layer, together with its core POF (Plastic Optical Fiber) based media and equipment to realize fully optical networks that are useful for social-scale users of all-optical business needs in industries such as electricity, petroleum, and transportation and other private all-optical business networks.
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