Parameter configuration method and operation administration and maintenance server

Abstract

The present invention provides a parameter configuration method and an operation administration and maintenance server. The parameter configuration method includes: performing the area detection to a network access point, locating the area which the network access point belongs to; configuring the area configuration parameter for the network access point according to the area which the network access point belongs to; assigning the physical cell identifier (PCI) for the network access point. The present invention implements automatic configuration to the parameter of the network access point based on the area detection and automatic assignment to the PCI of the network access point, thus improving the rationality and veracity of the PCI assignment and reducing the assignment cost and the time for establishing the base station.

Description

technical field [0001] The embodiment of the present invention relates to the field of communication technology, and in particular to a parameter configuration method and an operation management and maintenance server. Background technique [0002] With the increasingly fierce competition in the field of mobile communication operations, improving network coverage in hotspot areas and weak coverage areas has become a necessary condition for improving competitiveness. As a supplement to macro base stations, small base stations have the characteristics of low cost, easy site acquisition, and flexible installation. They are widely used in scenarios such as covering blind coverage and absorbing hotspot traffic. Small base stations can also be used to achieve continuous regional coverage. [0003] The typical feature of small base stations is that the installation location and time are uncertain, and they cannot perform batch overall planning for the entire network like macro base...

AI Technical Summary

Problems solved by technology

[0005] However, completely manual planning does not meet the application characteristics of small base stations. On the one hand, this solution requires high experience of engineers. On the other hand, for areas where a large number of small base stations need to be deployed, it not only increases the cost of site development, but also cannot achieve rapid deployment. Purpose

The use of planning tools largely depends on the accuracy of the propagation model, and the application scenarios of small base stations are various, so it is difficult to determine a unified accurate propagation model, and the application characteristics of small base stations do not allow a lot of time to be spent on network optimization in the later stage

At the same time, the current planning tools are based on coverage prediction or network topology, which cannot reflect the actual situation of the network well, and may easily lead to unreasonable planning results.

[0006] To sum up, the existing parameter configuration schemes have disadvantages such as complex configuration, high planning cost, slow site opening speed, unreasonable planning, low planning accuracy, and incapable of self-planning.

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