Network adaptive configuration method and device, server and computer storage medium

Abstract

The invention discloses a network adaptive configuration method and device, a server and a computer storage medium. The network adaptive configuration method comprises the steps of: collecting telephone traffic statistical data and parameter data of a preset communication network; determining a target station from stations corresponding to the preset communication network according to the parameter data, and generating a cell merging policy corresponding to the target station according to the telephone traffic statistical data; merging the cells in the target station according to the cell merging policy, and configuring the configuration information of the merged cell; monitoring telephone traffic statistical data generated by the merged cell in a preset time period; and generating an elastic adjustment policy corresponding to the merged cell according to the telephone traffic statistical data generated in the preset time period, and adjusting the configuration information of the merged cell according to the elastic adjustment policy. According to the network adaptive configuration method and the device, the capacity of the merged cell is dynamically managed through employing the elastic adjustment policy, so that the network has adaptive configuration capability.

Description

technical field [0001] The invention relates to the field of wireless technology, in particular to a network adaptive configuration method, device, server and computer storage medium. Background technique [0002] With the maturity of the 4G wireless communication network and the advent of the 5G era, the number of users and user business volume of the 2G network, which was once used as the bearer of users, has decreased significantly, followed by a large-scale reduction in the capacity of the 2G network. While reducing costs and increasing efficiency, capacity reduction has also brought the following problems to the 2G network: First, due to the significant reduction in the number of carrier configurations in a single cell, its ability to deal with sudden high traffic is reduced, and network congestion incidents are prone to occur ; Second, the cell after capacity reduction is still configured with many common channels, and there is a lot of waste of wireless resources. Du...

AI Technical Summary

Problems solved by technology

While reducing costs and increasing efficiency, capacity reduction has also brought the following problems to the 2G network: First, due to the significant reduction in the number of carrier configurations in a single cell, its ability to deal with sudden high traffic is reduced, and network congestion events are prone to occur ;Secondly, the cells after capacity reduction are still configured with many common channels, and there is a lot of waste of wireless resources

However, this static configuration method in the existing optimization method can only cope with the load impact of a single cell in the current period, and cannot make the capacity of the 2G network more flexible, nor can it significantly reduce the number of redundant public channels, and there is still a waste of resources In addition, the existing optimization methods still have the problem of low processing efficiency due to the need for manual analysis and manual processing

Images