超长程光缆调度与监测研究

TP23; 针对新疆等地域辽阔地区的电力光缆难以运维的难题,文章提出在光纤自动交换技术和光功率放大技术的基础上,对几种超长程光路补偿、切换和在线监测方案进行模拟,进而提出了超长程光缆主备光纤调度及测试的有效方案.结果表明,该方案适用于超长程光缆调度与监测,可为未来超长程光缆网络智能运维系统的构建奠定基础....

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Published inGuangtongxin Yanjiu no. 5; pp. 28 - 32
Main Authors 周文婷, 王鑫, 张海波, 胡红艳, 艾克热木
Format Journal Article
LanguageChinese
Published 国网新疆电力有限公司信息通信公司,乌鲁木齐 830002 2020
《光通信研究》编辑部
Subjects
光纤自动交换;光功率放大;超长程光缆
光纤自动交换
超长程光缆
光功率放大
Online AccessGet full text
ISSN1005-8788
DOI10.13756/j.gtxyj.2020.05.007

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Abstract TP23; 针对新疆等地域辽阔地区的电力光缆难以运维的难题,文章提出在光纤自动交换技术和光功率放大技术的基础上,对几种超长程光路补偿、切换和在线监测方案进行模拟,进而提出了超长程光缆主备光纤调度及测试的有效方案.结果表明,该方案适用于超长程光缆调度与监测,可为未来超长程光缆网络智能运维系统的构建奠定基础.
AbstractList 针对新疆等地域辽阔地区的电力光缆难以运维的难题,文章提出在光纤自动交换技术和光功率放大技术的基础上,对几种超长程光路补偿、切换和在线监测方案进行模拟,进而提出了超长程光缆主备光纤调度及测试的有效方案。结果表明,该方案适用于超长程光缆调度与监测,可为未来超长程光缆网络智能运维系统的构建奠定基础。
TP23; 针对新疆等地域辽阔地区的电力光缆难以运维的难题,文章提出在光纤自动交换技术和光功率放大技术的基础上,对几种超长程光路补偿、切换和在线监测方案进行模拟,进而提出了超长程光缆主备光纤调度及测试的有效方案.结果表明,该方案适用于超长程光缆调度与监测,可为未来超长程光缆网络智能运维系统的构建奠定基础.
Author 艾克热木
周文婷
胡红艳
张海波
王鑫
AuthorAffiliation 国网新疆电力有限公司信息通信公司,乌鲁木齐 830002
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ZHANG Hai-bo
ZHOU Wen-ting
WANG Xin
HU Hong-yan
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超长程光缆
光功率放大
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《光通信研究》编辑部
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Snippet TP23; 针对新疆等地域辽阔地区的电力光缆难以运维的难题,文章提出在光纤自动交换技术和光功率放大技术的基础上,对几种超长程光路补偿、切换和在线监测方案进行模拟,进而提出了超长程光缆主备光纤调度及测试的有效方案.结果表明,该方案适用于超长程光缆调度与监测,可为未来超长程光缆网络智能运维系统的构建奠定基础.
针对新疆等地域辽阔地区的电力光缆难以运维的难题,文章提出在光纤自动交换技术和光功率放大技术的基础上,对几种超长程光路补偿、切换和在线监测方案进行模拟,进而提出了超长程光缆主备光纤调度及测试的有效方案。结果表明,该方案适用于超长程光缆调度与监测,可为未来超长程光缆网络智能运维系统的构建奠定基础。
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