SVG (scalable vector graphics) imaging modeling-based method for realizing information resource monitoring and positioning

Abstract

An SVG (scalable vector graphics) imaging modeling-based method for realizing information resource monitoring and positioning comprises the steps of imaging a modeling tool according to information equipment, establishing three layers of physical space position and logic hierarchical model of information resource, performing bidirectional binding on modeling and the equipment to support monitoring on different types of the same equipment and different equipment of the same type, designing a monitoring model, wherein configuration parameters, resource type, monitoring data items, data alarm threshold values and the like for monitoring need to be configured when the model is related to the equipment, performing real-time monitoring and customizing on the information equipment according to a real-time attention model by dimensions, concerned by a user, of application, the information resource, the resource type and the like, and performing statistics, analysis and summarizing on the alarm data according to the data and the alarm rule which are collected by monitoring. The SVG imaging modeling-based method has the characteristics of easiness in configuration, maintenance and expansibility and strong suitability and is suitable for the information department of a company to configure and monitor the equipment.

Description

technical field [0001] The invention relates to a method for realizing monitoring and positioning of information resources based on SVG graphical modeling. Background technique [0002] At present, informatization work has fully penetrated into various business domains and links. More and more business information systems are put into use, and more and more server equipment are put into use. With the increasing number of hardware servers, the space resources of computer rooms and cabinets It is becoming more and more limited, but the current equipment management method cannot carry out intuitive and reasonable deployment and planning for the utilization of computer room cabinets, and when a fault occurs, the difficulty of fault location, monitoring, equipment ledger, and equipment physical location is also difficult. It is constantly improving, and at the same time, the workload of daily equipment inspection work is also increasing. In order to further consolidate the achie...

AI Technical Summary

Problems solved by technology

[0002] At present, informatization work has fully penetrated into various business domains and links. More and more business information systems are put into use, and more and more server equipment are put into use. With the increasing number of hardware servers, the space resources of computer rooms and cabinets It is becoming more and more limited, but the current equipment management method cannot carry out intuitive and reasonable deployment and planning for the utilization of computer room cabinets, and when a fault occurs, the difficulty of fault location, monitoring, equipment ledger, and equipment physical location is also difficult. It is constantly improving, and at the same time, the workload of daily equipment inspection work is also increasing

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