TD-SCDMA signal estimation method for measuring 3a event and 3a event detecting report method

Abstract

The invention provides an evaluation method for measuring a TD-SCDMA signal for a 3D incident, and an accepting signal of a current TD-SCDMA sub-district is used for evaluating. The invention also provides a report method for measuring a 3a incident, which includes the following the steps: step A, a incident parameter is established and initialized; step B, a quality evaluation is operated for the accepting signal in the current TD-SCDMA sub-district; step C, the quality evaluation is operated for the accepting signal in each option GSM neighbor sub-district, and a symbol variable for a incident trigger is upgraded; step D, a judgment for the 3a incident is triggered; step E, a report for the 3a incident is sent. The invention has the advantage that a descending signal quality is truly reflected; the method can timely start, quit an incident evaluation under the condition that the signal in the service sub-district is changed; a calculation for a service sub-district and the neighbor substrict is absolutely operated, and time for the service sub-district is priorly calculated; the symbol variable for the incident trigger is increased.

Description

technical field [0001] The present invention relates to the field of mobile communication, in particular to a TD-SCDMA signal evaluation method for measuring 3a events and a 3a event measurement report method, in particular to a method for measuring TD-SCDMA signal evaluation between GSM / TD-SCDMA dual-mode mobile terminal systems and GSM / TD-SCDMA dual-mode mobile terminal system inter-system 3a event measurement reporting method. Background technique [0002] Measurement is an essential function of a mobile communication system. Through measurement commands and measurement reports, the network can instruct a user equipment (User Equipment, UE) to perform measurement. Through the active and passive measurement reports of user equipment and the measurement function of UMTS (Universal Mobile Telecommunications System, Universal Mobile Communications System) radio access network (UMTS Terrestrial Radio Access Network, UTRAN), the network can clearly know the basic situation of s...

AI Technical Summary

Problems solved by technology

[0015] However, for the TD-SCDMA system, the signal strength of the same-frequency adjacent cells cannot represent the signal strength of the serving cell received by the user equipment. For example, although there are some same-frequency adjacent cells with strong signals, the received signal strength of the serving cell is not strong. , since there is no active set and soft handover in TD-SCDMA system, adjacent cells of the same frequency do not contribute to the signal quality received by user equipment, so Q Used It is not accurate to evaluate the signal quality of the TD-SCDMA system. If the user equipment continues to work on the serving cell, the quality of the received service is unreliable

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