Resource leveling method and device between cells

Abstract

The invention provides a resource leveling method and device between cells. The resource leveling method between the cells comprises the following steps: acquiring measurement report MR data and network load indexes of all cells in an area to be analyzed; determining congested cells in the area to be analyzed according to the network load indexes; determining a cell, which needs parameter configuration information adjustment, from adjacent cells of the congested cells as a target adjacent cell according to the MR data of the congested cell; and adjusting the parameter configuration information of the congested cells and the target adjacent cell, and realizing the resource leveling between the cells in the area to be analyzed. By adopting the technical scheme of the invention, resource leveling between the cells can be realized automatically for the cells in the area to be analyzed according to the acquired parameter configuration information and the network indexes of the cells, so that the complexity of manual operation can be avoided.

Description

technical field [0001] The present invention relates to the communication field, and in particular to a resource equalization method and device among cells. Background technique [0002] In the TD network, as the network scale increases, the number of users continues to increase, and the load of some cells increases sharply. For example, cells that mainly cover college campuses, shopping malls, and transportation hubs often experience periodic or sudden concentrated traffic growth. [0003] For a cell with increased traffic load, it can be improved through resource balancing technology within the cell, and resource rationalization and balance can also be carried out through load sharing between cells. The existing ways to achieve resource balancing between cells mainly include: [0004] Method 1: resource load sharing technology between 23G systems based on coverage. [0005] Method 2: Inter-cell resource balancing technology based on the 2D2F algorithm with different frequ...

AI Technical Summary

Problems solved by technology

With this technology, the network services enjoyed by users after resource sharing cannot meet the original technical requirements, and at the same time, the load on the GSM network has been aggravated; the second method has not been fully realized in the actual application of the current network, and the actual promotion effect of the technology is not ideal, and the technology is mature. The degree of improvement needs to be further improved; Method 3 needs to be combined with congestion in practical applications, based on the change monitoring of network load indicators caused by connection, call drop, and dropout, etc., and the stress on the network is poor, and the process of manual operation The implementation process is complicated

[0008] To sum up, in the prior art, in the TD network, the handover parameters, reselection parameters, and main coverage power of the cell are manually modified to carry out resource sharing technology with neighboring cells in the TD network. For the analysis of network load indicators caused by congestion, connected, dropped calls, dropped calls, etc., manually modify the switching parameters, reselection parameters, and calculation and adjustment of the main coverage power of the cell. On the one hand, this method is stressful to the network. Poor. On the other hand, the implementation process of manual operation is complicated, and it is difficult to solve the demand for resource balancing between cells in the network in large quantities.

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