Measurement control method and device

Abstract

The invention provides a measurement control method and device. The measurement control method comprises the following steps of: obtaining periodic measurements initiated by a current trigger source; calculating common measurement periods of the current trigger source and a prior trigger source if judging to know the existence of the prior trigger source which initiates the same type of periodic measurements as that of the current trigger source; carrying out measurement control according to the common measurement periods; obtaining periodic measurement reports carrying out the measurement control in each common measurement period; and sending the periodic measurement reports to the current trigger source and / or the prior trigger source which are matched in terms of periods. The measurement control method and device provided by the invention combine different periods initiated by the different trigger sources and the same type of the periodic measurements, thereby reducing the amount of measurement control established on a terminal and the load which is brought about to the terminal by the measurements.

Description

technical field [0001] The invention relates to a network technology, in particular to a measurement control method and device. Background technique [0002] With the development of time-division synchronous code division multiple access network (TD-SCDMA, hereinafter referred to as TD network), users' requirements on TD network are also constantly increasing, so many algorithms require the cooperation of terminals for measurement. Similarly, in many network optimization processes, the terminal also needs to cooperate with the measurement, and the measurement results are handed over to the network for processing, so as to realize network optimization. Therefore, on the standard interface (UU interface) between the base station (Node B) and the user terminal, a large number of measurements have occurred. Among the large number of measurements, there are many measurements of the same type triggered by different trigger sources, for example, the Radio Performance Measurement (...

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Problems solved by technology

[0003] This measurement control method in the prior art has the following defects: on the one hand, the number of measurement control that the terminal can establish is insufficient

In the existing protocol, it is stipulated that the maximum number of measurement controls that can be established on each terminal is 16, and in the above-mentioned measurement control process, the required measurement control data is likely to exceed 16, so the excess part cannot be established, thus affecting The corresponding functions are realized; on the other hand, the terminal load is increased

Every time a new measurement control is created, the terminal needs to have a corresponding process and instance correspondence, which brings a certain load to the terminal. Therefore, when the terminal establishes multiple measurement controls, problems such as crashes are more likely to occur

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