Abstract: A terminal device (10) includes a transceiver (110), a camera (140), a display (130), and a processor (150). The processor (150) determines a first synchronization signal whose radio quality satisfies a predetermined threshold from a plurality of synchronization signals beamformed and transmitted from the base station (20), and reports the first synchronization signal to the base station (20). The processor (150) superimposes a virtual object corrected by using correction information on a captured image of the camera (140) and displays the image on the display (130). The correction information is information for indicating a position of an area covered by the first synchronization signal with respect to a real object. The correction information includes information regarding a direction of the virtual object to be displayed on the display (130) in the area and a distance from the real object to the area.

Abstract: A terminal device (10) includes a transceiver (110), a camera (140), a display (130), and a processor (150). The processor (150) determines a first synchronization signal whose radio quality satisfies a predetermined threshold from a plurality of synchronization signals beamformed and transmitted from the base station (20), and reports the first synchronization signal to the base station (20). The processor (150) superimposes a virtual object corrected by using correction information on a captured image of the camera (140) and displays the image on the display (130). The correction information is information for indicating a position of an area covered by the first synchronization signal with respect to a real object. The correction information includes information regarding a direction of the virtual object to be displayed on the display (130) in the area and a distance from the real object to the area.

Abstract: A terminal device (10) includes a transceiver (110), a camera (140), a display (130), and a processor (150). The processor (150) determines a first synchronization signal whose radio quality satisfies a predetermined threshold from a plurality of synchronization signals beamformed and transmitted from the base station (20), and reports the first synchronization signal to the base station (20). The processor (150) superimposes a virtual object corrected by using correction information on a captured image of the camera (140) and displays the image on the display (130). The correction information is information for indicating a position of an area covered by the first synchronization signal with respect to a real object. The correction information includes information regarding a direction of the virtual object to be displayed on the display (130) in the area and a distance from the real object to the area.

Abstract: A terminal includes a user interface that accepts an input of information used to determine whether to receive provision of an MEC service from an MEC server, or not, and a notification unit that notifies the network of information used by the network node to make a determination regarding provision of an MEC service from the MEC server.

Abstract: A network node includes at least a reception unit that collects information used for determining proximity of a plurality of terminals; and a control unit that operates to select at least one terminal that executes measurement report, from among the plurality of terminals, based on the collected information.