Huawei Technologies Co., Limited

Huawei Teciinologies Co., Ltd.

Mingjie Dong

Kangmin Huang

Shanfu Li

Maosheng Huang

Hao Wu

Yulin Zheng

Wen Tong

Xun Yang

Wei Zhang

Yunbo Li

Huimin Zhang

Jiali Fu

Yingtao Li

Weidong Tang

Yuchen Guo

Xiao Han

Bo Li

Yi Luo

Li Qian

Yong Xie

Mao Yang

Yuan Zhou

Sheng Li

Shanxi Chen

Rui Du

Yanchun Li

Wenhua Sun

Zhe Sun

Yun Hu

Yingxiang Sun

Xiaohui Peng

Kan Zeng

Danny Kai Pin Tan

Shoubao Yang

Shen Hu

Guanbo Hou

Martin Haardt

Jianshu Zhang

Florian Roemer

Sen Hu

Yao Cheng

A data presentation method applied to the field of autonomous driving technologies includes: obtaining traveling information of an autonomous driving apparatus and/or requirement information of a user for data presentation; determining, based on the traveling information of the autonomous driving apparatus and/or the requirement information of the user for data presentation, first point cloud data related to the autonomous driving apparatus; and determining a presentation manner of the first point cloud data, where the first point cloud data is data represented in a form of a plurality of points; and presenting the first point cloud data in the presentation manner. In embodiments of this application, the point cloud data related to the autonomous driving apparatus can be adaptively presented based on the traveling information and/or the user requirement information, and not all data needs to be presented.

Data presentation method and terminal device

A method for sensing sneezing based on a wireless signal includes obtaining a wireless signal, where the wireless signal propagates in space including a first object. Doppler estimation is performed on the wireless signal, to obtain Doppler information of the wireless signal. The Doppler information of the wireless signal may be used for indicating impact of the first object on a frequency of the wireless signal. Whether the first object is sneeze droplets is determined based on the Doppler information of the wireless signal.

Method for sensing sneezing based on wireless signal, and related apparatus

A method and apparatus for controlling installation of an application program are described. In an embodiment, a first terminal device receives a first operation of a user, where the first operation is triggered by the user for a target application on the first terminal device; the first terminal device displays a first window in response to the first operation, where the first window includes at least one first identifier, and the at least one first identifier corresponds to at least one second terminal device; and the first terminal device detects that a target first identifier in the first window is selected, and sends first indication information to a target second terminal device that is in the at least one second terminal device and that is corresponding to the target first identifier, to indicate the target second terminal device to install the target application.

Method and apparatus for controlling installation of application program

This disclosure provides methods and apparatuses related to beam training for performing beamforming in wireless communications. In an implementation, an access point (AP) sends training configuration information to a plurality of stations, wherein the training configuration information comprises a first antenna configuration indicating a plurality of first uplink beams corresponding to the plurality of stations. The AP receives a plurality of training frame sent by each of the plurality of stations by using a corresponding second uplink beam and determines, based on the plurality of training frames sent by the plurality of stations, a plurality of third uplink beams for the plurality of stations to send uplink data.

Beam training method and apparatus

A coordinated multi-access-point transmission method, where a first access point (AP) sends, to a second AP, transmission control information that carries link transmission direction information, and the first AP and the second AP pre-coordinate a transmission direction of a first link and a transmission direction of a second link, where concurrent transmission is performed on the first link and the second link. Further, the first AP completes data transmission on the first link based on the transmission control information, and the second AP completes data transmission on the second link based on the transmission control information.

Coordinated multi-access-point transmission

A BLUETOOTH communications method includes receiving a BLUETOOTH-headset communication instruction, wherein a quantity of BLUETOOTH headsets currently to be coupled to the terminal is greater than one; displaying, by a terminal, an information for a user to switch a BLUETOOTH headset working mode to a non-exclusive mode when the BLUETOOTH headset working mode is an exclusive mode; and, simultaneously communicating, by the terminal with all the BLUETOOTH headsets.

Bluetooth communication method and terminal

A positioning method and a user equipment, where the positioning method includes determining, by a first user equipment, a positioning authorization condition for positioning a second user equipment, where the positioning authorization condition includes positioning time information or positioning location information that is jointly determined by the first user equipment and the second user equipment, positioning, by the first user equipment, the second user equipment under the positioning authorization condition, and obtaining location information of the second user equipment.

Positioning method and user equipment

A method, an apparatus, and a system for speech recognition are provided. a third-party application corresponding to a speech signal of a user can be determined according to the speech signal and by means of semantic analysis; and third-party application registry information is searched for and a third-party program is started, so that the user does not need to tap the third-party application to start the corresponding program, thereby providing more intelligent service for the user and facilitating use for the user.

Method, interaction device, server, and system for speech recognition

This application related to Artificial Intelligence technical field and discloses a robot and a method for predicting an emotion status by a robot. The method includes: determining a first emotion status of a first user, where the first emotion status is an emotion status of the first user at a first moment; predicting a second emotion status based on the first emotion status and a first emotion prediction model, where the second emotion status is an emotion status of the first user at a second moment, and the second moment is later than the first moment; and outputting a response to the first user based on the second emotion status.

Method for predicting emotion status and robot

A wearable electronic device includes a sensor module, a processor, a display controller, and a display, where the sensor is configured to: collect data, generate a sensor signal that represents a feature of data of currently collected data, and send the sensor signal to the processor, the processor is configured to: determine, according to the received sensor signal, a manner to display that is corresponding to the feature of data represented by the sensor signal and is of the display, generate a display control signal, and send the display control signal to the display controller, and the display controller is configured to control, according to the display control signal, the display to display.

Wearable electronic device and display method of wearable electronic device according to sensor data

A BLUETOOTH communications method includes receiving a multi-BLUETOOTH-headset communication instruction from a user: when the user uses a terminal to perform audio transmission to a BLUETOOTH headset, determining that a quantity of BLUETOOTH headsets currently coupled to the terminal is greater than one, reading a BLUETOOTH headset working mode selected by the user, where the BLUETOOTH headset working mode includes an exclusive mode and a non-exclusive mode, creating a headset tag object for a specified BLUETOOTH headset, establishing a communications link with the specified BLUETOOTH headset when the user selects the exclusive mode, and separately creating, by the terminal, a headset tag object for all BLUETOOTH headsets, separately establishing a communications link with all the BLUETOOTH headsets, and simultaneously communicating, using BLUETOOTH, with more than one BLUETOOTH headset selected by the user when the user selects the non-exclusive mode.

Wearable electronic device and display method of wearable electronic device

An access point (AP) handover method in wireless communications, a network control node, and user equipment includes obtaining AP information of a target AP having an association relationship with the target base station when user equipment is handed over to a target base station; and sending a first indication message to the user equipment, where the first indication message includes the AP information, and the first indication message is used to instruct the user equipment to perform AP handover according to the AP information.

Access point handover method in wireless communications, network control node, and user equipment

A method, an apparatus, and a system for speech recognition are provided. A third-party application corresponding to a speech signal of a user can be determined according to the speech signal and by means of semantic analysis; and third-party application registry information is searched for and a third-party program is started, so that the user does not need to tap the third-party application to start the corresponding program, thereby providing more intelligent service for the user and facilitating use for the user.

The present invention belongs to the communications field, and discloses a radio signal processing apparatus and method, and a terminal. This not only can avoid wasting resources, but also can fully use a received radio signal, thereby improving usage of using a received radio signal.

Radio signal processing apparatus and method, and terminal

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Shenzhen, China

Mingjie Dong