Abstract:
The embodiments of the present invention provide a wakeup method, a hot swap method, and a device based on high speed inter-chip interface HSIC. A method includes: learning, by a host, that a peripheral device connected to the host through a high speed inter-chip HSIC bus is in an idle state; the host is in a dormant state; receiving, by the host from a signal line connected to the peripheral device, an interrupt signal sent by the peripheral device; and the host is woken up from the dormant state according to the interrupt signal. The wakeup and hot swap of the host and the peripheral device based on an HSIC bus are implemented, and the electric energy of the device is saved.
Abstract:
A method and an apparatus for controlling power-off of a terminal are disclosed in embodiments of the present invention, where the method includes: acquiring usage state information of the terminal after the terminal is powered on; and controlling the terminal to power off if it is determined, according to the usage state information, that the terminal is abnormally powered on.
Abstract:
The present invention provides a communication mode selection method, which includes: when a state parameter of a communication terminal meets a predetermined condition, selecting a mode corresponding to a spatial multiplexing technique as a mode for communication between the terminal and a corresponding base station, where the predetermined condition at least includes that the number of antennas is greater than 1. This prevents the terminal from entering a MIMO B mode in the case of using a single antenna, so that repeated switching between a MIMO A mode and the MIMO B mode may not occur, and therefore, the problem of service jittering caused by repeated switching is avoided.