Design And Implementation Of The Operation And Maintenance System For The Equipment Control Center

In the wave of the third industrial revolution,information technology began to penetrate into all walks of life.As information technologies such as sensor technology,artificial intelligence technology,and multimedia are widely used in the military field,the number of carrier hardware equipment and software services for these technologies is also expanding.The stability of IT infrastructure directly affects whether the military system onboard can operate normally.As the traditional operation and maintenance management work of the control center is scattered,the division of operation and maintenance responsibilities is blurred,the operation and maintenance efficiency is low,and the failure response time is long,the demand for operation and maintenance tools of the control center IT infrastructure managers is becoming stronger.In view of the above situation and the operation and maintenance business needs of a certain type of equipment control center,the thesis uses software engineering methods to analyze,design and implement the operation and maintenance management system of the control center.Through this system,operation and maintenance personnel can select appropriate protocols to quickly configure and monitor IT infrastructure and services,and realize automatic alarm notifications through the data analysis engine.The system also provides different dimensions of information views to assist operation and maintenance managers to quickly obtain monitoring entity information related to their own responsibility.A variety of software development tools and technologies are used in the design and implementation of the system to improve system development efficiency and operating performance.The core ones include three-tier architecture technology,web technology,zabbix monitoring operation and maintenance platform,grafana visualization platform,and docker container technology.After testing and tuning,the entire system can run stably in the control center,and the functions of each module can be used normally,providing an effective tool for the operation and maintenance management of the control center.Through this operation and maintenance system,decentralized operation and maintenance work is gradually concentrated,the workload of operation and maintenance personnel is greatly reduced,the distribution of operation and maintenance responsibilities is clearer,and the acquisition of operation and maintenance information is more convenient.