Method, device, terminal and storage medium for adjacent cell measurement

Abstract

The present disclosure relates to a method, a device, a terminal, and a storage medium for measuring a neighboring cell. The method includes: determining a set of cells to be measured according to neighboring cells of the terminal; the set of cells to be measured includes at least one neighboring cell; receiving the set of cells to be measured Time domain measurement data sent by each adjacent cell in the cell set, and store the time domain measurement data; determine the data position of the time domain measurement data sent by each adjacent cell in all stored time domain measurement data; The data location obtains the target time-domain measurement data corresponding to each adjacent cell from the stored time-domain measurement data; converts the target time-domain measurement data into frequency-domain measurement data, and conducts neighbor cell analysis according to the frequency-domain measurement data. Measurement.

Description

technical field [0001] The present disclosure relates to the communication field, and in particular, relates to a method, device, terminal and storage medium for neighbor cell measurement. Background technique [0002] During the mobile process, the terminal needs to periodically measure the channel quality of the adjacent cells, so as to obtain the channel quality information of the adjacent cells of the current cell where the terminal resides, so as to perform cell switching or reselection at any time, and ensure access and communication at all times. The terminal is currently located in a cell with the best channel conditions. [0003] When the terminal performs neighbor cell measurement, it needs to receive the measurement data sent by each adjacent cell through the radio frequency antenna, and perform neighbor cell measurement based on the radio frequency data. Since the radio frequency data is time domain data, the process of neighbor cell measurement In , it is neces...

AI Technical Summary

Problems solved by technology

[0004] In the process of measuring the existing neighboring cells, the inventors found that: when the terminal processes the data of the current cell, it also needs to use the time-frequency domain conversion module, and the time-frequency domain conversion module used for the data processing of the current cell It is impossible to directly convert the measurement data of adjacent cells received by the radio frequency antenna. Therefore, the existing terminal needs to be equipped with two time-frequency domain conversion modules, one time-frequency domain conversion module for adjacent cell measurement, and one time-frequency domain conversion module It is used to process the data of the current cell. However, if the terminal sets two time-frequency domain conversion modules, it needs to configure corresponding computing resources for the two time-frequency domain conversion modules, which increases resource occupation and increases the burden of data processing. In addition, , setting two time-frequency domain conversion modules in the terminal will also increase the area of ​​the terminal chip and increase the complexity of the terminal design

Images