TRANSMISSION WAVE BEAM DETERMINATION METHOD, TRANSMISSION END AND RECEPTION END
FIG8 is a schematic view showing a receiving end device according to some embodiments of the present disclosure  FIG7 is another schematic view showing the transmitting end device according to some embodiments of the present disclosure
The present disclosure further provides in some embodiments a receiving end device 800 which, as shown in FIG8, includes: a measurement module 801 configured to receive and measure beam training signals for N number of transmission beams from a transmitting end device, select Q number of transmission beams from the N number of transmission beams in accordance with a measurement result, and divide the Q number of transmission beams into G number of transmission beam groups, N, Q and G being each a positive integer; and a transmission module 802 configured to transmit identification information about the Q number of transmission beams and group information about each transmission beam in the Q number of transmission beams to the transmitting end device, so as to enable the transmitting end device to determine that a signal is capable of being transmitted simultaneously to the receiving end device via transmission beams in the Q number of transmission beams belonging to different transmission beam groups.  As shown in FIG7, the transmitting end device 600 may further include a second determination module 604 configured to determine that a signal is capable of being transmitted simultaneously to the receiving end device via the transmission beams belonging to a same transmission beam subgroup in the Q number of transmission beams.
schematic view
601
transmission module
801
measurement module
600
transmitting end device
802
transmission module
604
second determination module
602
reception module
800
receiving end device
603
first determination module
['17. A transmitting end device, comprising: a transmission module configured to transmit beam training signals for N number of transmission beams to a receiving end device, N being a positive integer; a reception module configured to receive identification information about Q number of transmission beams in the N number of transmission beams and group information about each transmission beam in the Q number of transmission beams from the receiving end device, the Q number of transmission beams comprising G number of transmission beam groups, the G number of transmission beam groups being acquired by the receiving end device in accordance with a measurement result, the measurement result being a measurement result acquired after the receiving end device has received and measured the beam training signals from the transmitting end device, Q and G being each a positive integer; and a first determination module configured to determine that a signal is capable of being transmitted simultaneously to the receiving end device via transmission beams in the Q number of transmission beams belonging to different transmission beam groups.', '20. The transmitting end device according to any one of claims 17 to 19, wherein the reception module is further configured to receive the identification information about the Q number of transmission beams in the N number of transmission beams as well as the group information and subgroup information about each transmission beam in the Q number of transmission beams from the receiving end device, and the transmission beams corresponding to a same reception beam in each transmission beam group belong to one transmission beam subgroup, wherein the transmitting end device further comprises a second determination module configured to determine that a signal is capable of being transmitted simultaneously to the receiving end device via the transmission beams belonging to a same transmission beam subgroup in the Q number of transmission beams.', '23. A receiving end device, comprising: a measurement module configured to receive and measure beam training signals for N number of transmission beams from a transmitting end device, select Q number of transmission beams from the N number of transmission beams in accordance with a measurement result, and divide the Q number of transmission beams into G number of transmission beam groups, N, Q and G being each a positive integer; and a transmission module configured to transmit identification information about the Q number of transmission beams and group information about each transmission beam in the Q number of transmission beams to the transmitting end device, so as to enable the transmitting end device to determine that a signal is capable of being transmitted simultaneously to the receiving end device via transmission beams in the Q number of transmission beams belonging to different transmission beam groups.']