Abstract:
Provided are a broadcast beam weight determination method and apparatus, a broadcast beam weight determination network element, a storage medium and a communications system. The broadcast beam weight determination method includes: determining a predicted performance indicator corresponding to a candidate broadcast beam weight combination according to user information of a region; determining a first broadcast beam weight combination corresponding to an optimal predicted performance indicator; and applying the first broadcast beam weight combination.
Abstract:
The present application provides an information transmission method, a reflecting device, a base station, a system, an electronic device, and a medium. The information transmission method includes: acquiring communication information sent from a base station, where the communication information is carried by means of a communication signal; and reflecting, according to a reflection weight of a reflecting device, the communication signal to an airborne terminal by means of a beam corresponding to the reflection weight.
Abstract:
Provided are a method and apparatus for transmitting downlink data, a method and apparatus for receiving downlink data, and a storage medium. The method for transmitting downlink data includes transmitting the downlink data by using at least one of a cell-level common channel in a downlink channel or a downlink user-level channel in the downlink channel. The cell-level common channel and the downlink user-level channel occupy different time-domain positions.
Abstract:
Provided are a wireless communication method and apparatus. The method includes: determining an overlapping wireless frequency band resource between a cellular communication system and a wireless-fidelity (WIFI) system; transmitting, by the cellular communication system, an interference signal on the overlapping wireless frequency band resource to shield a terminal of the WIFI system from performing communications on the overlapping wireless frequency band resource; and communicating, by the cellular communication system, with a terminal on the overlapping wireless frequency band resource.
Abstract:
A remote control method includes: sharing a first user interface of a first mobile terminal to a second mobile terminal by the first mobile terminal to present a second user interface on the second mobile terminal, where the second user interface includes a content of the first user interface; receiving an operation instruction of the second mobile terminal by the first mobile terminal, where the operation instruction is generated according to an operation on the second user interface and is configured to instruct the first mobile terminal to execute a wireless communication function; and executing, by the first mobile terminal, the wireless communication function instructed by the operation instruction.
Abstract:
A method and a base station for implementing coordinated beamforming are disclosed. The method includes: a base station acquiring a transmitting beamforming vector in a current time slot according to a receiving beamforming vector estimate value of each interference terminal; shared in a previous time slot; and each base station acquiring a receiving beamforming vector estimate value in the current time slot according to the transmission beamforming vector in the current time slot and an interference vector shared in the previous time slot, and sharing the acquired receiving beamforming vector estimate value and an interference vector in the current time slot. The technical scheme provided by the embodiment of the present document considers the receiving beamforming vector in an associated coordinated beamforming scheme based on a maximized SLNR criterion, and only two kinds of information, i.e., receiving beamforming vector estimate value and interference vectors are shared between coordinating base stations.
Abstract:
A method and apparatus for pulse interference suppression, and a computer readable storage medium in a communication system are provided in the embodiments of the present invention. The method includes: judging a location where pulse interference occurs according to a power of a signal; and performing suppression processing on a data segment interfered by a pulse in the location. After judging that the pulse interference exists in the location, a receiver in the communication system discards the data segment interfered by the pulse in the location, and feeds back an indication that the data are not received.
Abstract:
The present application provides a method for sending an interference signal, an apparatus for sending an interference signal, an electronic device, and a computer-readable storage medium, the method for sending the interference signal includes: acquiring a power intensity, to be received, of a target signal correctly demodulated in a wireless communication system, the target signal being a signal to be demodulated by a terminal to access the wireless communication system; determining a parameter for sending the interference signal according to the power intensity, to be received, of the target signal correctly demodulated; and sending the interference signal based on the parameter for sending the interference signal, so that the terminal in a target area is unable to correctly demodulate the target signal.
Abstract:
A terminal device and an antenna manufacturing method for the terminal device are disclosed. The terminal device (100) may include a non-metal housing component (110); a Cold Plasma Spray (CPS) antenna layer (150), disposed on an outer side surface of the non-metal housing component (110); a mainboard (130), disposed on an inner side of the non-metal housing component (110); and a metal conduction member (120), penetrating through an inner side surface and the outer side surface of the non-metal housing component (110), one end of the metal conduction member (120) being electrically connected to the CPS antenna layer (150), and the other end of the metal conduction member (120) being electrically connected to the mainboard (130).
Abstract:
A coordinated beamforming method and apparatus based on partial interference alignment, the method includes: selecting an optimal partial interference alignment mode from selectable partial interference alignment modes of terminals covered by base stations in a coordinating cluster of a coordinated multiple points transmission according to a chordal distance criterion; and transmitting, by the base stations, signals to the terminals by adopting the optimal partial interference alignment mode.