Abstract: A terminal device first authenticates whether the terminal device has permission to sense a to-be-measured object. If the terminal device has sensing permission, the terminal device senses the to-be-measured object. If the terminal device has no sensing permission, the terminal device does not sense the to-be-measured object. In this way, privacy leakage of the to-be-measured object is prevented.

Abstract: A method includes: A transmitting end obtains at least two first signals through a first channel. The transmitting end sends the at least two first signals to at least two receiving ends based on a first antenna array. One receiving end corresponds to one first signal. Sub-bands corresponding to all of the at least two first signals are different. One receiving end corresponds to one beam. Directions of beams corresponding to all of the at least two receiving ends are different. The beam is formed by the first antenna array.

Abstract: A method for efficiently purifying and detecting 6-hydroxynobilonine in fresh stems of Dendrobium huoshanense uses a gas chromatography-mass spectrometry (GC-MS) method to detect 6-hydroxynobilonine in Dendrobium huoshanense is, i.e.

Abstract: A method for efficiently purifying and detecting 6-hydroxynobilonine in fresh stems of dendrobium huoshanense uses a gas chromatography-mass spectrometry (GC-MS) method to detect 6-hydroxynobilonine in dendrobium huoshanense is, i.e.

Abstract: A communication method and apparatus are provided. The communication apparatus communicates with a device to obtain first information that includes location information and/or motion information of the device, and senses an environment to obtain environment sensing information that includes location information and/or motion information of an object in the environment. The communication apparatus determines a first antenna panel and/or a second antenna panel different from the first antenna panel based on the first information and the environment sensing information, where the first antenna panel is configured to communicate with a first device, and/or is configured to send, to the first device, a signal for sensing information, the second antenna panel is configured to receive sensing signal from the first device. In the communication apparatus, sensing and communication functions can be implemented in a single hardware system, thereby decreasing a size of the communication apparatus and reducing the cost.

Abstract: A method and an apparatus for sensing and communication is provided. The method includes: a first device obtains a sensing parameter including a physical feature of a sensing target; configures a first frame based on the sensing parameter, and performs sensing on the first frame. The first frame includes M first time periods and N second time periods, both M and N are integers greater than or equal to 0, without being equal to 0 at the same time. The first device sends or receives a waveform of a communication signal during the first time period, and sends or receives a waveform of a sensing signal during the second time period. According to this application, spectral efficiency can be improved as sensing is performed without affecting communication thereby minimizing communication overheads, and sensing and communication occupy a same spectrum resource thereby meeting the requirements of sensing and communication.

Abstract: Example communication methods and apparatus are described. One example method includes sending a first training signal by a first device to a second device on a reflection path. The first device sends a second training signal to the second device on the reflection path. The reflection path is a transmission path formed after the first training signal and the second training signal are reflected by a surrounding object. An interval between the first training signal and the second training signal is used to indicate to decode data.

Abstract: A preparation method of a low-glycemic index (GI) rice includes: S1. washing indica rice grains to remove impurities, soaking the indica rice grains, and subjecting the indica rice grains to an ultrasonic treatment in excess water; S2. filtering out the indica rice grains, and cooking the indica rice grains for 20 min to 40 min; S3. subjecting indica rice grains obtained after the cooking to an ultra-high pressure treatment at 300 MPa to 600 MPa for 30 min to 35 min in a high-pressure container filled with water; S4. air-cooling indica rice grains obtained after the ultra-high pressure treatment, and refrigerating the indica rice grains; S5. after the refrigerating is completed, oven-drying the indica rice grains at 30° C. to 35° C. until a moisture content is less than 16%; and S6. shelling resulting indica rice grains to obtain the desired low-GI rice.

Abstract: Embodiments of this application disclose a communication method and an apparatus thereof, to implement data communication between a first communication apparatus and a second communication apparatus, so that spectrum resource utilization can be improved. The method in embodiments of this application includes: The first communication apparatus determines a first sensing signal and a second sensing signal; and the first communication apparatus determines a third sensing signal, where the third sensing signal is obtained based on a first data signal and the first sensing signal, the first data signal is a data signal to be sent by the first communication apparatus to the second communication apparatus, and a first frequency difference between a frequency of the second sensing signal and a frequency of the third sensing signal is a preset threshold; and the first communication apparatus sends the second sensing signal and the third sensing signal.

Abstract: Embodiments of the present application disclose a communication method, including: performing, by a base station, beam scanning and alignment together with first terminal in a first subframe, to determine a beam that is used for sending data in the first subframe; and sending, by the base station, beam information of the beam used for sending data, where the beam information includes at least identification information of the beam and a synchronization signal, the synchronization signal is used by second terminal to synchronize with the base station, and the identification information of the beam is used by the first terminal and the second terminal to identify the beam sent by the base station. According to the present application, a time for scanning and alignment can be reduced, so as to facilitate quick access of a user that is to perform access.

Abstract: Embodiments of the present application disclose a communication method, including: performing, by a base station, beam scanning and alignment together with first terminal in a first subframe, to determine a beam that is used for sending data in the first subframe; and sending, by the base station, beam information of the beam used for sending data, where the beam information includes at least identification information of the beam and a synchronization signal, the synchronization signal is used by second terminal to synchronize with the base station, and the identification information of the beam is used by the first terminal and the second terminal to identify the beam sent by the base station. According to the present application, a time for scanning and alignment can be reduced, so as to facilitate quick access of a user that is to perform access.

Abstract: Embodiments of the present application disclose a communication method, including: performing, by a base station, beam scanning and alignment together with first terminal in a first subframe, to determine a beam that is used for sending data in the first subframe; and sending, by the base station, beam information of the beam used for sending data, where the beam information includes at least identification information of the beam and a synchronization signal, the synchronization signal is used by second terminal to synchronize with the base station, and the identification information of the beam is used by the first terminal and the second terminal to identify the beam sent by the base station. According to the present application, a time for scanning and alignment can be reduced, so as to facilitate quick access of a user that is to perform access.

Abstract: Embodiments of the present application disclose a communication method, including: performing, by a base station, beam scanning and alignment together with first terminal in a first subframe, to determine a beam that is used for sending data in the first subframe; and sending, by the base station, beam information of the beam used for sending data, where the beam information includes at least identification information of the beam and a synchronization signal, the synchronization signal is used by second terminal to synchronize with the base station, and the identification information of the beam is used by the first terminal and the second terminal to identify the beam sent by the base station. According to the present application, a time for scanning and alignment can be reduced, so as to facilitate quick access of a user that is to perform access.