Mobile terminal, method and device for preventing network ping-pong switch, and storage medium

Abstract

The invention discloses a mobile terminal, a method and a device for preventing network ping-pong switch and a storage medium. The method comprises the following steps: if the network carries out ping-pong switch between a first frequency point cell and a second frequency point cell, obtaining a difference value of preset reselection parameters of the first frequency point cell and the second frequency point cell; judging whether the difference value is greater than a corresponding preset reselection threshold value; if the difference value is greater than the corresponding preset reselectionthreshold value, determining a priority cell in the first frequency point cell and the second frequency point cell according to a preset rule, wherein the other frequency point cell is a non-prioritycell; prohibiting the non-priority cell so that the network is fixedly connected to the priority cell. According to the mobile terminal, the method and the device for preventing network ping-pong switch and the storage medium in the invention, the network is avoided from ping-pong switch between the first frequency point cell and the second frequency point cell; and the mobile terminal can actively select to fixedly connect the network to the frequency point cell with better user experience.

Description

technical field [0001] The invention relates to the technical field of electronic information, in particular to a mobile terminal and a method, device and storage medium for preventing network ping-pong switching. Background technique [0002] When the user terminal (UE) is turned on, the UE will automatically select the frequency cell with the highest priority in the base station to access. The priority of each frequency cell is sent in the system message. The priority of the frequency cell is from 1 to 7. 7 levels, of which 7 is the highest frequency point priority, and 1 is the lowest frequency point priority. After the UE finishes camping in a certain cell, the UE enters the idle state, and if the UE subsequently completes the random access procedure, the UE enters the connected state. In the idle state, it will always detect the high-priority frequency cell, and reselect it if it meets the access condition; in the connected state, according to the system broadcast, aft...

AI Technical Summary

Problems solved by technology

The cell boundaries of the idle state and the connected state are inconsistent, which may cause the UE to switch immediately once it enters the connected state from the idle state. The network ping-pong effect of frequency cell switching may lead to problems such as dropped calls and affecting the download rate. Especially when the signals of two frequency cells are greatly different, the data transmission rate will be fast and slow, and the user experience is very bad. Difference

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