Overall architecture design method for intelligent comprehensive operation and maintenance system

Abstract

An overall architecture design method for an intelligent comprehensive operation and maintenance system relates to the technical field of intelligent synthesis, adopts an integrated hardware architecture design, takes an onboard computer as a core, takes each subsystem of a detector as a whole, overall plans and distributes resources, and combines lower computers in the design of the detector into functional modules of a single machine. A private cloud platform is constructed by using a hyper-convergence technology, and calculation, storage, network and security resources and management components are all fused into a server. According to the invention, through comprehensive management and deployment of elements such as operation and maintenance personnel, network equipment and fault repair in the network operation and maintenance process, in combination with corresponding monitoring functions, network faults can be checked at the highest speed, monitored accidents and dangerous cases are processed, the fault repair time is effectively shortened, and the network operation and maintenance efficiency is improved. Meanwhile, the operation and maintenance personnel can timely discover and quickly position the fault of the campus network at the terminal management office, so that the operation and maintenance personnel can timely process the fault, and the normal operation of the operation and maintenance system is ensured.

Description

technical field [0001] The invention relates to the field of intelligent comprehensive technology, in particular to a method for designing the overall architecture of an intelligent comprehensive operation and maintenance system. Background technique [0002] With the rapid development of information technology, cloud computing, big data and the new generation of information technology of the Internet of Things are deeply integrated with the steel manufacturing industry and productive service industry to further promote the transformation and upgrading of the steel industry. At present, more and more enterprises are introducing cloud platforms The management model focuses on solving the problems of server virtualization and resource management. Application systems at all levels have also emerged as the times require, and their own management platforms have been established. The virtual machine-based resource pool has not changed the construction mode of the silo, and the uni...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of information technology, cloud computing, big data and the new generation of information technology of the Internet of Things are deeply integrated with the steel manufacturing industry and productive service industry to further promote the transformation and upgrading of the steel industry. At present, more and more enterprises are introducing cloud platforms The management mode focuses on solving the problems of server virtualization and resource management. Application systems at all levels have emerged as the times require, and their own management platforms have been established. The virtual machine-based resource pool has not changed the construction mode of the silo, and the university campus network plays an important role as one of the important components of the Internet network. In recent years, with the vigorous popularization and development of education informatization, university campuses The scale of the network continues to expand, new technologies and new equipment are continuously put into use, which greatly enriches and improves the functions and performance of the campus network, making it easier for users to access network resources. All-round monitoring of the maintenance system. When a fault occurs, it cannot be found in time and cannot be effectively resolved, resulting in loopholes in the system and causing inconvenience in operation and maintenance. Based on this, an overall architecture of a smart integrated operation and maintenance system is now designed. Design methods to solve the above problems