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基于管家式-集约化通信运维平台的设计与实现
引用本文:秦浩,夏同飞,王光发,陈颢,吴金淦.基于管家式-集约化通信运维平台的设计与实现[J].应用声学,2017,25(10):147-150, 175.
作者姓名:秦浩  夏同飞  王光发  陈颢  吴金淦
作者单位:国家信通产业集团安徽继远软件公司,,
基金项目:安徽省电力公司科技项目 (2016-00633-XTGS)
摘    要:随着国网信息化工程建设的推进,越来越多信息系统需要上线转运行,在国网信息化水平踏上新台阶的同时,对于信息运维水平、标准化程度、规范性提出了更高的要求。因此,基于业务与运行保障为中心,研究采用跨平台的J2EE技术结合B/S模式开发环境下的自动化运维平台,设计“管家式-集约化”运维平台整体的技术架构和功能模块,集成了优秀的开源运维工具,给出了部分典型流程并分析其应用成效,最后顺利通过机理评估,该平台实现既有成功整合目前现有分散的专业运维管理子系统的“管家”功能,又改变过去以设备为对象的监控,打破过去各设备系统独立管理的模式,起到“集约”监控作用,形成统一的运维智能监控一体化平台,力图为电企信息运维服务提供高效支撑平台。

关 键 词:运维  自动化  Open  Stack  平台
收稿时间:2017/3/7 0:00:00
修稿时间:2017/3/23 0:00:00

Design and Implementation of Stewardship - Intensive Communication Operation Platform
Qin Hao,Xia Tongfei,Wang Guangf,Chen Hao and Wu Jingan.Design and Implementation of Stewardship - Intensive Communication Operation Platform[J].Applied Acoustics,2017,25(10):147-150, 175.
Authors:Qin Hao  Xia Tongfei  Wang Guangf  Chen Hao and Wu Jingan
Institution:National ICT Industry Group, Anhui Ji Yuan Software Company,Hefei 230008,China,National ICT Industry Group, Anhui Ji Yuan Software Company,Hefei 230008,China,National ICT Industry Group, Anhui Ji Yuan Software Company,Hefei 230008,China,National ICT Industry Group, Anhui Ji Yuan Software Company,Hefei 230008,China and National ICT Industry Group, Anhui Ji Yuan Software Company,Hefei 230008,China
Abstract:With the advancement of the information construction of the State Grid, more and more information systems need to be put into operation. While the information level of the State Grid is on a new level, the information operation and maintenance level, standardization degree and normative also raised higher requirement. Therefore, the technical architecture and functional modules of "Stewardship-Intensive" operation and maintenance platform are designed based on the business and operation assurance, and the research of cross-platform J2EE technology combined with B / S mode development environment automation operation and maintenance platform, Integrated excellent open-source operation and maintenance tools, given some typical processes and analysis of the effectiveness of its application, and finally through the mechanism of the successful evaluation of the platform to achieve both successful integration of the existing decentralized professional operation and maintenance management subsystem "steward" , And change the past to equipment for the object of monitoring, breaking the previous system of independent management of the equipment model, play a "intensive" monitoring role in the formation of a unified operation and maintenance of intelligent monitoring platform for the operation of information services, support platform.
Keywords:operation and maintenance  automation  Open Stack  platform
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