Double-filtration fault warning method for data center monitoring system

Abstract

The invention discloses a double-filtration fault warning method for a data center monitoring system. The incidence relation of various fault states, various notification modes and multiple system administrators of fault warnings is combined, a double-filtration design method in which a resource monitoring module is used as the basis and a resource fault warning filter and a warning notification mode filter are further matched is adopted, and a double-filtration system which uses a notification processing engine as a connecting point is realized. The notification processing engine generates a warning notification, and then the notification is filtered by a three-dimensional notification strategy which is established by different warning levels, different warning modes and different types of administrators. Compared with the prior art, the double-filtration fault warning method for the data center monitoring system achieves the double-filtration system using the notification processing engine as the connecting point, the fault warning reasonability and accuracy of the monitoring system are greatly improved, the problems that warning is unreasonable, the notification cannot be accurately sent and the right distribution of the administrators is limited are solved, and practicability is high.

Description

technical field [0001] The invention relates to the technical field of data center monitoring and alarming, in particular to a practical and double-filtering data center monitoring system failure alarming method. Background technique [0002] With the rapid development of data centers, modern data centers are becoming larger and larger, and the equipment resources they accommodate are becoming more and more complex and larger in scale. In the monitoring process of the data center, the notification strategy when a fault alarm is generated is particularly important. The traditional fault alarm method is as follows: figure 1 As shown, only a single fault alarm is sent to all system administrators in different alarm methods, and there are big problems in the rationality and accuracy of the alarm notification. For example, for the monitoring of a modern data center with 100,000 resources, if the traditional fault alarm strategy is used for alarm notification, an ordinary fault a...

AI Technical Summary

Problems solved by technology

In the monitoring process of the data center, the notification strategy when a fault alarm is generated is particularly important. The traditional fault alarm method is as follows: figure 1 As shown, only a single fault alarm is sent to all system administrators in different alarm methods, and there are big problems in the rationality and accuracy of the alarm notification.

For example, for the monitoring of a modern data center with 100,000 resources, if the traditional fault alarm strategy is used for alarm notification, an ordinary fault alarm will be sent at the same time in several supported alarm modes regardless of level and severity For the administrators of various roles who can currently receive notifications, while wasting alarm resources, the distribution of permissions between administrators of different roles cannot be truly realized, often resulting in failures that do not know which administrators should confirm and deal with. Seriously affects the usability of the monitoring system

The above challenges have brought great limitations to the classification of fault alarm levels, selection of alarm methods, and distribution of administrator rights in large-scale data centers, which have seriously affected the development of large-scale data center monitoring systems. Based on this, we now provide a Double-filtering data center monitoring system failure alarm method that effectively solves the above problems

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