Method and device for confirming neighboring relation

Abstract

The invention provides a method for confirming a neighboring relation, which comprises the steps of acquiring the shadow fading margin under a multi-cell model and a link loss error of a propagation model in the propagation direction, carrying out correlation on the propagation model according to the shadow shading margin under the multi-cell model and the link loss error, carrying out overall coverage prediction analysis simulation by using the corrected propagation model so as to acquire a cell RSPP (Reference Signal Received Power) value received by each longitude and latitude grid point in a planned area, and processing the cell RSPP value received by each longitude and latitude grid point in the planned area so as to confirm a neighboring relation between cells. The invention further provides a device for confirming the neighboring relation. The neighboring relation confirming accuracy can be improved by the method and the device provided by the invention.

Description

technical field [0001] The invention relates to the field of wireless mobile communication, in particular to a method and a device for confirming the relationship between neighboring cells. Background technique [0002] Currently, there are several methods for confirming the neighbor relationship: [0003] Method 1: On the basis of google map or planet format map and propagation prediction, obtain the signal strength of each cell received by each map grid point in the planning area through simulation, and calculate and add according to the signal strength distribution in the planning area Neighbor list. [0004] Method 2: According to different propagation models, the field strength prediction distance is artificially set to 3 kilometers, 5 kilometers, etc., and then the cells with the cell position as the center and the radius as the field strength prediction distance range are regarded as candidate neighbors. Then the adjacent cells are further screened according to fact...

AI Technical Summary

Problems solved by technology

[0006] However, the above three existing methods all have shortcomings: (1) The accuracy of method 1 strongly depends on the accuracy of the electronic map, propagation model, and transceiver antenna model, and there is a large error between the simulation results and the measured results; ( 2) Method 2 adds many human-subjective factors, which cannot objectively simulate the transmission situation of the actual network; (3) Method 3 obtains test data based on the planned drive test line, which cannot avoid the shortcomings of incomplete drive test data, and this solution only Determine the neighbor relationship for a new cell that joins the network, which is not applicable to the determination of the neighbor relationship of existing cells in the network

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