Quick query warning method for telecommunication management network

Abstract

The invention discloses a fast alarm inquiring method for telecom management network, applied to a system comprising server and client ends, where the server is used to receive and store alarm data reported by lower-layer network management system. And it comprises the steps of: (a) client end sends alarm inquiring request to the server, where the inquiring request parameters include unique request tag, inquiring conditions and appointed page information; (b) the server receives the alarm inquiring request and filters and obtains the corresponding alarm data information according to the inquiring conditions, and then generating alarm data of user appointed page as inquired results according to the appointed page information; (c) the server communicates with the client end and issues the inquired results to the client end, and the client end displays these alarm data. And it remarkably raises the efficiency of user's inquiring alarm information, reduces transmission of network data quantity, and can meet the requirements of parallel processing inquiring request, arranging alarm data in the whole network, etc.

Description

technical field [0001] The invention relates to a method for quickly inquiring about alarms, in particular to a method for inquiring about alarms in a telecommunication management network (TMN) system. Background technique [0002] With the continuous expansion of the scale of the telecommunication network, more and more devices are managed by the TMN system, and the alarm data is bound to be very large. However, from the user's point of view, alarm management is very important, and in practical applications, it is often necessary to query the alarm data. , therefore, users have high requirements for the efficiency and real-time performance of querying alarms. [0003] At present, the TMN system generally adopts a layered architecture, using the server side (that is, the background) to realize business processing, and using the client (that is, the front desk) to realize data display. This method can not only realize remote control of multiple users, but also the system can ...

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Problems solved by technology

[0004] However, this method often leads to a large amount of communication between the front and back, and at the same time, the amount of data maintained by the foreground is also large. With the continuous increase of the system scale and data volume, the processing efficiency will drop sharply, and the real-time performance will become extremely poor. ; At the same time, with the continuous growth of the number of users supported by the TMN system, to improve the real-time query requirements, it is necessary to adopt the method of processing parallel query requests. On the other hand, users also hope to understand the data of the whole network more conveniently Changes, such as wanting to display the latest alarm at the top of the alarm list, etc.

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