摘要
随着光纤通信技术的发展,光纤通信应用范围不断扩大,针对光纤监测技术的研究也与日俱增。为了实现光纤故障的自动化监测,本文研制光缆自动监测系统,结合GIS技术,对光缆的各个层面进行监测,为操作人员提供定量的分析数据及图表数据依据,并与各专业网管系统进行数据互动,将非实时静态资源管理转换为实时动态的网络资源综合管理,完整构建光缆网络资源的图纸及数据结构,为保障光缆的正常运行、资源调度及业务应用提供全面的数据与技术支撑。
With the development of optical fiber communication technology,the application scope of optical fiber communication is expanding,and the research on optical fiber monitoring technology is increasing day by day.For the automatic monitoring of optical fiber faults,this paper develops an automatic monitoring system for optical fiber cable,combines with GIS technology,monitors all levels of optical fiber cable,provides quantitative analysis data and chart data basis for operators,and interacts with various professional network management systems to convert non-real-time static resource management into real-time dynamic integrated network resource management.Complete construction of optical cable network resources drawings and data structure,in order to ensure the normal operation of optical cable,resource scheduling and business should be to provide comprehensive data and technical support.
作者
刘邦
曲鸿春
王亚坤
蒋冬
贺开放
Liu Bang;Qu Hong-chun;Wang Ya-kun;Jiang Dong;he kai-fang
出处
《电力系统装备》
2020年第14期198-199,共2页
Electric Power System Equipment
关键词
光纤监测
OTDR
分布式监测
optical fiber monitoring
OTDR
distributed monitoring
