Method and apparatus for detecting cells with antenna feeders reverse connected

Abstract

The embodiment of the invention discloses a method for detecting cells with reversely-connected antenna feeder equipment, which belongs to the field of wireless communication. The method comprises the steps of: acquiring dominant set RTWP values and diversity RTWP values of various cell antennas of a base station in a time period to be detected; calculating the related coefficient of the dominant set RTWP value and the diversity RTWP value of each cell; and determining cells that dominant sets and diversities of antenna feeder equipment are reversely connected according to the related coefficients of the dominant set RTWP values and the diversity RTWP values obtained through the calculation. The method also comprises the steps of: acquiring optimization data and soft handover information of same-frequency neighbor cells of the cells of the base station in the time period to be detected; acquiring optimum cells according to the reporting times of a 1A event and a preset acquisition threshold; acquiring a current cell in the optimum cells; and determining cells which are reversely connected compared with the current cell according to the soft handover times between the current cell and various cells of positive neighbor cell sets thereof and the soft handover times between the current cell and various cells of positive neighbor cell sets of same-frequency co-station cells thereof. The method can automatically realize the detection of the reversely-connected antenna feeder equipment, reduce road test cost, and improve work efficiency.

Description

technical field [0001] The invention relates to the field of wireless communication, in particular to a method and a device for detecting a cell where an antenna feeder device is reversely connected. Background technique [0002] In the base station site construction and network optimization process of WCDMA (Wideband Code Division Multiple Access) mobile communication network, it is necessary to detect and optimize the radio frequency hardware equipment of a single base station site to ensure that each base station site Services such as access and calls in each cell are running normally. [0003] Among them, the reverse connection detection of antenna feeder equipment in the cell of the base station site is one of the services for the detection and optimization of the radio frequency hardware equipment of the site. Usually, the reverse connection of antenna feeder equipment is manifested as the main diversity connection reverse of the cell and the reverse connection of the ...

AI Technical Summary

Problems solved by technology

[0005] The method provided by the prior art to transmit signals through the test terminal to observe the change of the RTWP of the cell to be tested and the adjacent cell, so as to detect whether the antenna feeder device of the cell to be tested is reversed. The test terminal must transmit signals at a fixed frequency and continuously at the maximum power, and it is difficult to find a test terminal that meets the requirements at the actual test site (such as the site construction site); in addition, testers must perform a comprehensive drive test on the network, and then Carrying out special analysis on drive test data RTWP is time-consuming and labor-intensive, with high economic costs and low work efficiency; and due to the method provided by the existing technology, errors are bound to exist due to manual detection, and some base station antenna feeder equipment may be reversed. Not detected, resulting in the coverage of the uplink being lower than the planned coverage or the relationship between adjacent cells is wrong, resulting in a decrease in the handover success rate

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