Method and system for generating base station configuration information

Abstract

The invention discloses a base station configuration information generation method. The base station configuration information generation method comprises a station type designing device configures station type information of the base station, wherein station type information comprises a single-plate type, a slot, an RRU type, a topology position, number of cells and carrier waves, a frequency band, etc; the station type designing device can generate base station data and can store the base station data according to a configuration algorithm corresponding to the station type on a premise that current network data is inherited; a network management system OMC imports station type data stored by the station type designing device and performs integration on the imported station type data and an MOC attribution stored by the OMC according to a dependence sequence of a base station MOC to generate base station configuration information. The base station configuration information generation method and system can improve generation efficiency and accuracy of the configuration information under scenes of large scale new construction, capacity expansion, dual mode reconstruction, etc.

Description

technical field [0001] The present application relates to information configuration technology in a communication system, in particular to a method and system for generating base station configuration information. Background technique [0002] The configuration data production of communication base stations is often complicated, involving configurations such as frequency band, RF module model, number of RF modules, topology of RF modules, channel combination of RF modules, optical modules, cells, and carriers. [0003] Taking TD-SCDMA system new base station construction projects as an example, making configuration scripts involves a large number of MOI configurations, so operation and maintenance personnel are often required to have rich TD-SCDMA professional knowledge. [0004] At present, the common practice is that front-line engineering and technical personnel can save the configuration scripts that have been made as text templates, which can be used when other base sta...

AI Technical Summary

Problems solved by technology

Since LMT and OMC query and issue base station configuration data through the command line; users also need to master the query, addition, and modification commands related to each MOC; and only one base station configuration data can be produced at a time, and the production efficiency of configuration data is low. The technical requirements of front-line engineers are also very high

[0008] 2. Base stations are built in batches to create scene configuration data with low efficiency and high technical content; specifically, when new stations are built at a site, they are often opened in batches according to geographical regions, such as building a base station covering a certain bus line, or building a new building covering a certain venue and Base stations in its surrounding area, or new base stations covering a certain building

[0010] 4. Batch transformation of single-mode base stations to dual-mode base station configuration data requires the replacement of dual-module cards and equipment, and the update of configuration data is more complicated; specifically, with the increase of network standards, in order to save site and reduce site construction costs, the operation Vendors often need to transform a single-mode base station into a dual-mode base station. When transforming a single-mode base station into a dual-mode base station, it is necessary to replace the baseband board, RRU, and optical module that support dual-mode. Delete the original baseband board, RRU, optical module and other related MOC configurations

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