Signal measuring method, equipment and system

Abstract

The invention discloses a signal measuring method, equipment and a system. The method is suitable for a wireless communication system, the wireless communication system comprises a super cell, and the super cell comprises two or more than two sectors. The method comprises the following steps: a base station controller transmits to-be-measured information to a base station, wherein the to-be-measured information comprises a sector marker of the to-be-measured sector, a carrier wave marker of a carrier wave to be measured in the to-be-measured secotor and wireless resource information of user equipment (UE) to be measured, so that the base station measures an uplink signal of the UE to be measured in the sector to be measured according to the to-be-measured information; obtained measuring results of the uplink signal is reported to the base station controller; and the base station controller receives the uplink signal measuring results reported by the base station. Through adoption of the implementations of the invention, the uplink signal of the user equipment in the sector can be measured in the super cell, so that the base station controller can perform mobile management and other operations according to the measuring results.

Description

technical field [0001] The present invention relates to a mobile communication system, in particular to a signal measurement method, device and system. Background technique [0002] With the implementation of spectrum refarming (refarming) of the Global System for Mobile Communications (Global System for Mobile Communications, GSM), the frequency band of the GSM system becomes narrower and narrower. In order to reduce the interference of the GSM system and improve the network quality, it is necessary to merge the existing GSM cells, that is, combine the broadcast control channel (broadcast control channel, BCCH) carrier frequency of multiple cells, and the traffic channel (traffic channel, TCH) carrier frequency. The frequencies are not combined to form a super cell, and the combined super cell includes multiple sectors with different coverage areas. [0003] The combination of the above cells has brought impact on the network structure. The user equipment on the TCH carrie...

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Problems solved by technology

[0003] The combination of the above cells has brought impact on the network structure. The user equipment on the TCH carrier frequency can measure the TCH carrier frequency of the serving sector in the super serving cell, the BCCH carrier frequency of the super serving cell and the BCCH carrier frequency of the adjacent cell. However, the downlink signal of the TCH carrier frequency in the adjacent sector cannot be measured, that is, the user equipment in the network cannot normally measure the downlink signal of the adjacent sector under the super cell, resulting in the inability to perform inter-sector handover decisions, thus affecting the network Impact on mobility management of user equipment in

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