A network site planning method and device

Abstract

The embodiment of the invention provides a network site planning method and device. The network site planning method and device can intelligently plan a network site in accordance with user perception. The method comprises the steps of obtaining current network data of a network station of a to-be-planned area; Performing problem evaluation and classification on the current network data to obtaina problem of the current network data; Carrying out geographic rasterization processing on the to-be-planned region to obtain at least one grid; Obtaining the weight of each question category in the questions of the current network data in the grid, and determining the question category with the maximum weight as the target question category of the grid; Clustering grids in the to-be-planned region according to the target problem category of the grids to generate a problem region; According to the number of users influencing the unit area in the problem area, performing value sorting on the problem area according to a descending order; A network site is determined to be added to the problem area ordered prior to a predetermined threshold.

Description

technical field [0001] The embodiments of the present invention relate to the field of communications, and in particular to a planning method and device for a network site. Background technique [0002] When telecom operators plan and formulate network sites, they are mainly based on limited live network data such as drive test (DT) and measurement report (Measurement Report, MR). Prioritization, one is based on the work experience of the planners, and the other is to obtain the list of planned base stations in the area to be evaluated from the pre-configured network site importance configuration information database according to the index information of the area to be evaluated, and the network in the area Site importance configuration table. Then score independently according to the different evaluation factors in the importance configuration table, and then calculate the comprehensive score corresponding to each planned base station. Finally, each base station is sorted...

AI Technical Summary

Problems solved by technology

[0003] Relying on the work experience of planners to prioritize the construction of network sites requires high comprehensive ability of planners. At the same time, it needs to invest a lot of manpower, equipment and time resources for data collection, and cannot fully reflect the actual status of the network. At the

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