Base station access method and system based on cloud architecture

Abstract

The invention relates to the communication field, and discloses a base station access method and system based on cloud architecture; the access efficiency is improved, and the system load is lowered. The method comprises the following steps: a NEA server directly faces to a base station side to accomplish the interaction with multiple base stations, relatively a cloud server, the NEA server plays the agent effect; the cloud server is unnecessary to directly interact with multiple base stations; after the NEA server organizes the access request messages sent by the base stations, the cloud server directly receives a first configuration request message transmitted by the NEA server, and accomplishes the issuing of public configuration information, and further receives a second configuration request message sent by the NEA server and accomplishes the issuing of private configuration information. Therefore, the computation amount and the interaction frequency of the cloud server are greatly lowered, the operation efficiency is improved, the system load is lowered, and the base station opening efficiency is greatly improved, the operation and the maintenance are easy, the whole process is free from the manual intervention, and the automation is really realized.

Description

technical field [0001] The present invention relates to the communication field, in particular to a base station access method and system based on a cloud architecture. Background technique [0002] According to the requirements of the current specification, during the deployment process of the base station, it needs to complete the self-start and automatically optimize the configuration information of each module after the installation is completed. The current implementation plan is as follows: the SON system is a tool used by the network side to manage base stations, providing users with a unified and convenient interface for monitoring and management of base stations. Currently, it mainly supports the management of macro base stations and micro base stations. [0003] Specifically, the architecture of the operation and maintenance center (Operation and Maintenance Center, OMC) system on the network side and the position of the SON in the OMC system are as follows: figur...

AI Technical Summary

Problems solved by technology

[0004] like figure 1 As shown, in the existing architecture management system, the server in the SON system independently completes the access operation of each base station, and after interacting with the base station, provides self-starting and self-optimizing services for the base station. This operation process is very complicated, and the actual opening During the process, the skill requirements of network planners and engineering installers are very high, the data that needs to be configured is complicated, it is easy to make mistakes and rework, and the activation efficiency is not high

Moreover, various optimization functions require manual commissioning, which cannot adapt to the mass deployment of multiple network elements.

[0005] In terms of the efficiency of the OMC system, the SON system communicates with multiple base stations to perform calculations at the same time, and independently completes the self-starting of each base station, which increases the load of the OMC system and reduces the calculation efficiency.

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