Cell access method and cell access device

Abstract

The invention relates to a cell access method and a cell access device. The cell access method includes the steps: acquiring an identifier of each cell in at least one cell; according to the identifier, determining a cell in a high-speed mobile device private network in the at least one cell; and according to the current motion state, determining whether to access the cell in the high-speed mobiledevice private network. The cell access method can determine whether to access the cell in the high-speed mobile device private network according to the current motion state, and can guarantee that only user equipment in the specified motion state can access the cell in the high-speed mobile device private network, thus avoiding the user equipment which is not in the specified motion state accessing the cell in the high-speed mobile device private network to cause congestion of the high-speed mobile device private network, so as to guarantee that the user equipment in the specified motion state has communication quality when accessing the cell in the high-speed mobile device private network.

Description

technical field [0001] The present application relates to the technical field of communications, and in particular, to a cell access method, a cell access device, electronic equipment, and a computer-readable storage medium. Background technique [0002] In order to ensure the communication quality of high-speed mobile user equipment, operators deploy a dedicated network for high-speed mobile user equipment to provide access to high-speed mobile user equipment. [0003] In the overlapping area between the dedicated network for high-speed sports equipment and the public network (such as ordinary 4G and 5G communication networks), the dedicated network for high-speed sports equipment generally has a higher signal strength than the public network, and because the user equipment generally chooses to have a higher signal strength Therefore, in the above overlapping area, non-high-speed mobile user equipment will also access the dedicated network for high-speed mobile equipment, w...

AI Technical Summary

Problems solved by technology

[0003] In the overlapping area between the dedicated network for high-speed sports equipment and the public network (such as ordinary 4G, 5G communication networks), the dedicated network for high-speed sports equipment generally has higher signal strength than the public network, and because the user equipment generally chooses to have a higher signal strength Therefore, in the above overlapping area, non-high-speed mobile user equipment will also access the dedicated network for high-speed mobile equipment, which may cause congestion in the dedicated network for high-speed mobile equipment, thereby affecting the communication quality of high-speed mobile user equipment

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