A method and device for processing northbound interface data of an operation and maintenance center

Abstract

The invention discloses a northbound interface data processing method and device for an operation and maintenance center (OMC). The method comprises the following steps: reading an XML file, and loading configurations according to the type of the XML file, wherein the configurations at least include a label type configuration and an output configuration; performing pattern matching for labels in the XML file according to the label type configuration; and outputting a pattern matching result according to the output configuration.

Description

technical field [0001] The invention relates to a data processing technology for an OMC (Operation&Maintenance Center) northbound interface in the field of comprehensive resource management, in particular to a data processing method and device for an OMC northbound interface. Background technique [0002] The northbound interface (Northbound Interface) is an interface for manufacturers or operators to access and manage the network, that is, an interface provided upwards. Interface programming is used in the network to develop various application systems to manage the managed objects. The management method is to collect and analyze various data generated by the managed objects during operation. In the telecom network and the next generation network (NGN, NextGeneration Network), the management is implemented in layers, such as figure 1 As shown, this network management can be divided into three layers: data application layer, data processing layer and data acquisition layer....

AI Technical Summary

Problems solved by technology

[0013] Parsing is often interrupted: because the packet parsing is used, when the network management has garbled characters, many network management manufacturers, data is not standardized, and the format is difficult to unify, the parsing is frequently interrupted, resulting in data warehousing and parsing that cannot work normally

[0014] Chinese disappears without reason: If there are Chinese characters or some full-width characters in the analysis, they will disappear or cannot be processed under the existing technology, which will also affect the data storage

[0015] The length of the data value is not enough: the ID is generated using a sequence. With the change of resources and the expansion of the scale of the mobile network, the length of the numeric value is not enough.

[0016] Slow refresh of associated resources: Because various attributions need to be converted into IDs, it consumes a lot of database resources, especially associated data, and the processing time is extremely slow

[0017] Summarization takes too long: Because some network management data tables are very large, for example, the transmission time slots are not split, and the corresponding time slots are often not found in the process of channel routing collusion

Leading to channel routing collusion failure, it is very time-consuming to sum up

[0018] Due to the above defects in the existing technology, the collection quality and comparison of the integrated resource system are directly affected, and the perception of maintenance personnel and interface manufacturers is extremely poor.

In the daily comprehensive resource management process, user perception is affected to a certain extent. Interruption of data collection and analysis affects the smoothness of network access process collection and comparison links and the success rate of circuit scheduling channel collusion, causing the process to wait for data collection. Because data The summary time is too long, which affects the user's confidence in the system

It affects the stability and timeliness of external interfaces, and affects the timeliness and accuracy of data collection, which has become a major problem that plagues resource management and data applications

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