Huawei Technologies Co., Limited

Yibu Li

Jiang Zhu

Yongmei Zeng

Zhenghu Ding

Chunmei Qi

Xiangdong He

A network device is configured to predict the service data volume of the target time period so that a determined target key performance indicator (KPI) can satisfy an actual KPI. The network device may further input the service data volume of the target time period and various resource information combinations into a prediction model group and a resource energy consumption model, predict the KPI and the energy consumption of each resource information combination by using the model, and select a resource information combination that does not affect the KPI and that has low energy consumption to adjust a carrier resource of the second network device. As a result, an energy saving effect can be achieved, thereby remedy a defect in the existing energy saving technology that a target KPI cannot be guaranteed.

Device energy saving method and network device

This application discloses a carrier processing method. obtaining a signal quality measurement report; determining, based on the signal quality measurement report, a first carrier set and first spectral efficiency corresponding to all first carriers in the first carrier set; determining, based on first relationships and the first spectral efficiency corresponding to all the first carriers, first energy consumption growth coefficients corresponding to all the first carriers, where the first relationships indicate correspondences between energy consumption of a radio unit RU and loads of carriers, the carriers are carriers corresponding to the RU, and the first energy consumption growth coefficient reflects an energy consumption growth rate corresponding to a physical resource growth; and selecting a target carrier based on the first energy consumption growth coefficients corresponding to all the first carriers, and indicating a target terminal device to camp on a cell corresponding to the target carrier.

Growing community of inventors

Shanghai, China

Yibu Li