Abstract:
A method includes determining at least one first measurement AP in first storage APs according to the address of the first AP, sending a second CSI measurement request to the at least one first measurement AP, where the second CSI measurement request includes the address of the terminal, receiving first measurement data, where the first measurement data includes first CSI, the first CSI is obtained after a target measurement AP performs channel estimation on the first service data, and sending the first measurement data or a first processing result to the terminal, where the first processing result is obtained by using the first measurement data.
Abstract:
Embodiments of the present invention relate to a video processing method, a television dongle, and a control terminal. The method includes: receiving, by a television dongle, video information downloaded from the Internet; when a playing terminal needs to play the video information in a muted manner, decoding the video information, decomposing the decoded video information into video data and audio data, sending the decomposed video data to the playing terminal; and sending the decomposed audio data to a control terminal, so that the control terminal plays the audio data. Therefore, the present invention implements a function for a user to watch the picture of a video by using a playing terminal, for example, a television, and listen to the sound of the video by using a control terminal, for example, a smartphone, and reduces the cost for the user to watch video information in a muted manner.
Abstract:
A wireless charging method, a transmit end device (40), and a wireless charging device (10, 20, 30) are provided. A charging process between the transmit end device (40) and the wireless charging device (10, 20, 30) may be a cyclic process. To be specific, the transmit end device (40) sends an electromagnetic wave signal to the wireless charging device (10, 20, 30) for charging. The wireless charging device (10, 20, 30) uses a part of the electromagnetic wave signal for charging, feeds back the other part of the electromagnetic wave signal to the transmit end device (40) for amplification, and then uses an amplified electromagnetic wave signal to charge the wireless charging device (10, 20, 30). In this way, the transmit end device (40) and the wireless charging device (10, 20, 30) can reach a stable power range to perform wireless charging, so that charging performance is improved.
Abstract:
This application provides an interference coordination method, a base station, and a high altitude platform station. The high altitude platform station receives information that includes a location of a base station and a radius of a central area of a coverage area of the base station, and calculates an interference start time and an interference end time according to the received information and a flight parameter of the high altitude platform station. The high altitude platform station sends interference coordination information to the base station, where the interference coordination information includes the interference start time, the interference end time, and a frequency band of a carrier used in both an edge area of a coverage area of the high altitude platform station and the central area of the coverage area of the base station.
Abstract:
Embodiments of the present invention provide an air-ground communication control method. The method is applied to a hierarchical network that includes a ground network and at least one aerial network, and the method includes: receiving, by a ground platform, location information of a high-altitude platform sent by the high-altitude platform, where the ground platform is located in the ground network, the high-altitude platform is located in the aerial network, and a beam of the high-altitude platform covers the ground platform; determining a beam direction of a beam from the ground platform to the high-altitude platform according to location information of the ground platform and the location information of the high-altitude platform; and sending beam width information to the high-altitude platform in the beam direction, where the beam width information is used to adjust an interval of sending the location information of the high-altitude platform.
Abstract:
The present disclosure describes methods, terminals, and base stations for terminal positioning method. One example method applied to a baseband unit (BBU) in an indoor distributed NodeB system includes: receiving an uplink positioning signal forwarded by multiple remote radio units RRUs, where the uplink positioning signal is sent by a to-be-positioned terminal to the multiple RRUs; selecting, from the multiple RRUs, at least two RRUs as target RRUs according to the uplink positioning signal and a preset rule; and respectively obtaining signal angles of arrival corresponding to the target RRUs, and determining a location of the to-be-positioned terminal according to the signal angles of arrival, locations of the target RRUs, and a preset algorithm.
Abstract:
A method and apparatus for accessing a wireless sensor network are provided in embodiments of this invention. The technical solution provided in embodiments of this invention includes: when receiving a first beacon frame, stopping channel scan temporarily, and establishing a new channel scan sequence according to operating channels of a current wireless sensor network recorded in the beacon frame. Non-operating channels are not included in the new channel scan sequence. Time for performing subsequence channel scan is reduced, so that the process of accessing the current wireless sensor network of a device node expecting for network can be accelerated.
Abstract:
A method and apparatus for accessing a wireless sensor network are provided in embodiments of this invention. The technical solution provided in embodiments of this invention includes: when receiving a first beacon frame, stopping channel scan temporarily, and establishing a new channel scan sequence according to operating channels of a current wireless sensor network recorded in the beacon frame. Non-operating channels are not included in the new channel scan sequence. Time for performing subsequence channel scan is reduced, so that the process of accessing the current wireless sensor network of a device node expecting for network can be accelerated.