Cell-skipping evaluation method and device

Abstract

The present disclosure provides a method for evaluating cross-cell coverage, which includes: finding, according to a neighboring cell configuration table of a cell in a base station, a cell with a number of configured neighboring cells that is larger than a number threshold for configured neighboring cells; designating the found cell as an original cell; carrying out a processing to obtain the cross-cell coverage evaluation parameters of the original cell; and determining the original cell i provides and / or suffers from cross-cell coverage when the cross-cell coverage evaluation parameter of the original cell exceeds respective cross-cell coverage evaluation thresholds. The present disclosure further provides an apparatus for evaluating cross-cell evaluation, which is capable of determining whether or not a cell provides cross-cell coverage to make parameters of a wireless network adjusted timely and limit the coverage of the wireless network in a supposed one.

Description

technical field [0001] The invention relates to the field of wireless network optimization, in particular to a method and device for cross-region evaluation in wireless network optimization. Background technique [0002] Wireless network optimization, in a narrow sense, is to find out the reasons that affect the quality of the network through parameter analysis, hardware inspection and other means of the existing network, and to modify the parameters, adjust the network structure, and adjust the equipment configuration. And other methods to make the existing network resources get the best benefits, ensure the high-quality operation of the system, and get the biggest benefits with the most economical investment. [0003] In a broad sense, wireless network optimization includes all aspects, from determining network size, network capacity, expansion plan, to site selection, network construction, and then to network parameter configuration. Every step during the period is relate...

AI Technical Summary

Problems solved by technology

After the mobile terminal detects the signal of the cell of BTS1, it sends the pilot measurement report to BTS4. The base station of BTS4 finds that the PN of the cell of BTS1 is PN2 through calculation, and finds out that the PN of the cell of BTS3 is exactly It is PN2, so BTS4 mistakenly establishes a new channel resource for the mobile terminal on the cell of BTS3, but in fact the mobile terminal detects the signal of the cell of BTS1, and BTS4 handover and error will cause the mobile terminal to drop the call

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