Design And Implementation Of Real Time Monitoring Subsystem Of Communication Management System Of State Grid Corporation Of China

In today's society,informatization,as an important form of the Internet,has become the development direction of the times.With the rapid development of information technology,all kinds of technology update,emerge in endlessly,widely are used and rapidly popularized in various fields,it has brought a revolution to the traditional management mechanism and operation mode.With the rapid improvement of information level,the demand of various organs,departments and enterprises in the information construction is also expanding.After years of development and evolution,it has become more and more important Some system platforms before 2000 can not fully meet the requirements of work efficiency and workflow changes;therefore,only by selecting a well-designed and extensible platform as the basis,continuously upgrading or upgrading to keep up with the changing needs,and effectively improving the level of business services and work efficiency,can the role of informatization be truly played.This paper studies the design and implementation of a real-time monitoring subsystem of power communication management system.The system solves and optimizes personal work information,resource maintenance status,real-time monitoring information and other aspects in the daily management of power communication.The real-time monitoring subsystem of electric power communication management system is mainly designed and researched to realize centralized alarm monitoring,performance management,network status monitoring,business monitoring,real-time configuration management,fault intelligent analysis and other aspects,with Browser/Server(B/S)as the basic structure of the whole system.B/S structure is the mainstream of modern computer system with high efficiency,and it is also a low-cost architecture.More importantly,it is an open architecture,which can be accessed by pure web browser and completely realize zero maintenance of client.The system interface adopts RPC call mode to meet the remote communication and mutual call between different systems in the distributed system architecture.The symmetric key technology is used for data encryption transmission to ensure the security of the core data.The stability,operation efficiency and high concurrency of the system are realized through multi machine load.The remote service of remoteobject is used to realize the remote transmission of system data Process acquisition to ensure the validity and integrity of the dataAt present,the real-time monitoring subsystem,as an important part of the communication management system,has been running in the power grid company.Through the use of the system,it realizes the functions of integrating,processing and analyzing all kinds of alarm information and performance information management transmitted from the equipment network management system,power environment and other systems to the communication network management system,and realizes the operation status control of multi manufacturer equipment under a unified interface The centralized monitoring function of the system realizes the network oriented and business oriented alarm management function.This subsystem has been designed in many function modules,and each module is independent.Through the modular design,it greatly reduce the coupling among the modules.