摘要
随着广西电子政务外网的广泛应用,光缆线路的稳定性对通信线路的维护方式提出了更高要求。光缆线路一旦发生中断,恢复周期长,会对电子政务外网信息系统运行造成影响。通过分析光缆线路自动监测系统的研究背景,从系统结构、软件结构、硬件结构和监测方式上详细介绍了系统的实现原理。系统能实时检测光纤,能实现出现故障后迅速上报告警,及时自愈保护功能,使光缆传输线路管理维护工作由被动进入主动时代,从而为广西电子政务外网光缆线路自动监测系统的建设提供思路。
With extensive use of Guangxi e-government external network, a fairly high demand for the stability of optical fiber cable line is proposed for maintenance work of the communication lines.Once the optical cable is in the event of interruption,the long cable recovery cycle time would pose a great impact on e-government external network information system. This paper gives the research background of the automatic monitoring system of optical fiber cable, and describes in detail the realization principle of the system from the system structure, software structure, hardware structure and monitoring method.The system can detect the optical fiber in real time, report and alarm quickly when the failure occurs. This monitoring system successfully turns the optical fiber transmission line management and maintenance work from passive mode to active mode, thus providing certain reference＇ for the construction of automatic monitoring system of Guangxi e-government external network optical fiber cable line.
作者
李兢
黄坚
LI Jing HUANG Jian(Guangxi E-government Management Center, Nanning Guangxi 530000, Chin)
出处
《通信技术》
2017年第4期832-836,共5页
Communications Technology
关键词
电子政务外网
光缆线路自动监测系统
自愈功能
实时检测
e-governance external network
automatic monitoring system of optical cable line
self-healing function
real-time detection
作者简介
李兢（1985-），男，硕士，网络工程师，主要研究方向为城域网建设与运维、数据中心建设与运维；
黄坚（1984-），男，学士，信息系统监理师，主要研究方向为数据中心建设与运维、信息系统项目管理。
