SOA-based comprehensive enterprise level information system operation and maintenance management method

Abstract

The invention provides an SOA-based comprehensive enterprise level information system operation and maintenance management method. The method comprises steps: modular system integration is carried out; functions of the system are packaged to services; an information index early warning threshold is made; system operation, service data integration, cleaning and relevance are carried out; acquired data are judged whether to exceed the early warning threshold; and early warning threshold is carried out. Heterogeneous information system integration is realized based on an SOA architecture, the effective integration problem of operation and maintenance work by the information system is solved, the operation and maintenance ability of the information system is enhanced fully, and lean resource configuration of the information system is realized via a comprehensive monitoring mode. With the help of the prior EBS service bus, the Web service, XML and other technical means, separation of business and service is realized, data cleaning and escape rules are made, the data format of the heterogeneous information system is unified, message interaction barriers are eliminated, and according to the pre-defined early warning information and the key index decision making model, system operation and business operation situations are analyzed, and decision making basis is provided for operation and maintenance management and business services.

Description

technical field [0001] The invention belongs to the technical field of enterprise informatization, and in particular relates to an SOA-based comprehensive operation and maintenance management and control method for an enterprise-level information system. Background technique [0002] With the development of smart grid construction, information systems have been deeply used in core production fields such as power generation, transmission, transformation, distribution, and utilization in power enterprises at all levels, as well as key operations of enterprises in human, financial, and material links. Information automation systems are used in production , operation and management play an important role. However, as the number of information systems continues to increase, due to different business models, inconsistent standards, and different development platforms during system design and construction, the underlying technologies, data models, and communication protocols are di...

AI Technical Summary

Problems solved by technology

However, as the number of information systems continues to increase, due to different business models, inconsistent standards, and different development platforms during system design and construction, the underlying technologies, data models, and communication protocols are different, which brings great challenges to system integration and data governance. It is very difficult, and it hinders the intelligent troubleshooting and operation resource allocation optimization of enterprise-level information systems, which greatly increases the difficulty of information system operation and maintenance management

At the same time, due to the fact that the evolution speed in terms of preliminary planning, construction, and testing standards is relatively lagging behind the development speed of information system application layer technology, the control in aspects such as demand control, quality supervision, and evaluation methods is relatively weak.

The above problems make the operation, maintenance and management of the information system passive and decentralized

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