Power-regulating method and device

Abstract

The invention discloses a power-regulating method, which is used for enhancing power-regulating accuracy so as to enhance signal-transmitting quality. The method comprises the following steps that: an access network updates an activity set; the access network acquires respective corresponding channel power gain-regulating factors of each carrier section in an active set in the updated activity set; the access network selects a channel power gain-regulating factor from the respective corresponding channel power gain-regulating factors of each carrier section; the access network regulates power gain according to the selected channel power gain-regulating factor; and the access network sends the regulated power gain to a terminal so as to indicate the terminal to regulate power according to the power gain. The invention also discloses a power-regulating device for realizing the method.

Description

technical field [0001] The invention relates to the communication field, in particular to a method and device for adjusting power. Background technique [0002] In systems supporting Code Division Multiple Access 2000 Evolution Data Optimized (CDMA2000EVDO), especially systems defined by RevA (version A) and RevB (version B), the power control of the reverse traffic channel It consists of open-loop power control and closed-loop power control (including inner and outer loop power control). The power control directly adjusts the power of the pilot channel, and the power of other sub-channels is the power of the pilot channel plus the gain (Traffic to Pilot, T2P) of the corresponding sub-channel relative to the pilot channel. Other sub-channels are as Figure 1A The shown DRCChannel (data rate control channel), DSCChannel (data source control channel), ACKChannel (response channel), RRIChannel (reverse rate indication channel) and AuxiliaryPilotChannel (auxiliary pilot channel...

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Problems solved by technology

[0003] The inventors of the present application have discovered that different carrier sectors under the same access network (Access Network, AN) may have different reverse demodulation capabilities, and have different requirements for terminal transmit power, and different demodulation capabilities in each The power increase or decrease on the sub-channels may also vary. Therefore, the existing power control method, that is, the method of uniformly adjusting the power of each sub-channel, cannot guarantee the performance of each channel.

One possible method is to configure and maintain the reverse power-related parameters and power control-related parameters under all carrier fans, but the terminal can only use one set of function parameter values. For the terminal, how to deal with multiple sets of function parameter values also a problem

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