System and method for improving effect of sleep for electricity saving

Abstract

A system and method for improving sleep power-saving effect are disclosed in the present invention. The system includes a base station and a terminal, wherein the base station includes a detection module, a calculation module and a notification module. The detection module searches a last power-saving class, which has entered a sleep activation state, of the terminal; the calculation module calculates an initial sleep window location of a power-saving class to be activated; the notification module notifies the terminal of the initial sleep window location obtained by the calculation module; and the terminal activates the power-saving class to be activated to enter the sleep activation state from the initial sleep window location. The present invention can ensure that the maximum sleep window of the power-saving class to be activated and the maximum sleep window of the activated power-saving class are aligned, can lengthen the sleep time of the terminal and can improve the power-saving effect of the terminal.

Description

technical field [0001] The present invention relates to the field of mobile communication, in particular to a system and a method for improving the power saving effect of dormancy. Background technique [0002] Sleep mode is a power-saving function. When the terminal is in sleep mode, the receiver and transmitter can be turned off to achieve power-saving effect. The terminal can define all connections as different power-saving categories according to requirements. It can also be defined as different power saving categories according to the different classification of upstream and downstream. The sleep mode must require all connections of the terminal to be in the active power-saving class. The connections included in the power-saving class sleep and monitor according to the attributes defined by the power-saving class. The sleep state can only be entered when the sleep windows of different power-saving classes overlap. However, when the current system implementation determi...

AI Technical Summary

Problems solved by technology

However, when the current system implementation determines the starting position for activating a certain power-saving class, it does not fully realize the alignment of the sleep window of this power-saving class with other power-saving classes. The listening window of the class overlaps, see figure 1 , shorten the time for the terminal to stay in sleep state, which affects the power saving effect of the terminal

Images