Method for realizing measure control

Abstract

The invention discloses a method for realizing the measuring control, comprising: (1), the wireless network controller transmits the measuring control information for building the measuring control to the opposite end; (2), said opposite end measures the measured event of measuring control information for building the measuring control, according to said measuring control information, and transmits the measuring report to the wireless network controller; (3) the wireless network controller processes said measuring report, wherein, the measuring control information for building the measuring control contains several threshold values arranged for one measuring event. The invention can save the time of measuring control, improve the real-time effect of wireless resource management and supply more flexible selection for the wireless resource management.

Description

technical field [0001] The invention relates to a method for a radio network controller to realize measurement control. Background technique [0002] WCDMA (Wideband Code Division Multiple Access) is an important technology of the third generation mobile communication system. figure 1 A schematic structural diagram of a WCDMA system is shown. Such as figure 1 As shown, the WCDMA system consists of three parts: User Terminal (UE), Radio Access Network (RAN), and Core Network (CN). Among them, the radio access network is composed of RNC (radio network controller) and NodeB (base station). RNC plays a connecting role in the WCDMA system, and its main function is to control and manage RAN and wireless channels. Specifically, it includes channel configuration management; traffic channel and control channel management, switching, power control, etc.; and network-related location, transmission, maintenance, and operation management. [0003] In order to realize the above-menti...

AI Technical Summary

Problems solved by technology

Such as voice mode adjustment, according to the mode adjustment needs, the UE’s transmit power is higher than the threshold 1, the mode is reduced, and higher than the threshold 2, the mode adjustment is normal. Therefore, the measurement control needs to include two thresholds, which can only be divided according to the existing technology. Two measurement controls are issued, resulting in an increase in occupied resources

[0021] 2. The increase of measurement control delay or other multi-measurement control leads to the degradation of radio resource management

[0022] Simultaneous delivery of multiple measurement controls may result in untimely processing of measurement controls, such as delays in sending or receiving message scheduling due to resources or message size, etc.

In particular, the air interface measurement control only supports 4 Transaction Ids (interactive marking). If more than 4 measurement controls are issued at the same time, you can only wait for one of the previous 4 measurement controls to release the occupied TransactionId before the subsequent measurement control can Continuing to send, causing a delay in measurement control, eventually leading to the degradation of radio resource management

At the same time, if the measurement filter coefficients of multiple measurement control messages are different, the processing of the measurement entity will be disordered, and the measurement report will be inaccurate, which will lead to the degradation of radio resource management.

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