Abstract:
A communication device according to an embodiment comprises: a controller configured to perform radio communication with another communication device in a mobile communication system to which an MDT function is applied. The controller obtains an MDT measurement result obtained by measuring a parameter in the radio communication. The parameter is a parameter affected by a latency reduction function. The controller adds, to the MDT measurement result, identification information on whether or not the latency reduction function is applied, depending on whether or not the latency reduction function is applied to the radio communication.
Abstract:
A UE 100 interrupts, in response to a predetermined message received from a connection target cell in a random access procedure, the random access procedure and selects a selection target cell used as a serving cell from among a plurality of cells.
Abstract:
A base station is capable of executing a dual connectivity scheme. The base station includes: a receiver configured to receive, from a source base station, a handover request for causing a user terminal to perform a handover from the source base station to the base station; and a transmitter configured to transmit, when the handover request includes an identifier indicating a secondary base station executing the dual connectivity scheme with the user terminal, an addition request to the secondary base station corresponding to the identifier, the addition request requesting provision of additional radio resources to the user terminal in the dual connectivity scheme. The transmitter transmits the addition request including split bearer information indicating that a data path passing through the base station and the secondary base station is established between a gateway apparatus connected with the base station and the user terminal.
Abstract:
An electronic device includes a housing, a touch screen arranged on the housing, a plurality of first software keys arranged along a first edge of the touch screen, a plurality of second software keys arranged along a second edge of the touch screen, a plurality of physical keys arranged along the first edge, and at least one controller. The at least one controller is configured to execute a process according to an operation on any one of the first software keys, the second software keys and the physical keys. The at least one controller is further configured to allocate characters “Q”, “W”, “E”, “R”, “T”, “Y”, “U”, “I”, “O” and “P” to the physical keys respectively, characters “A”, “S”, “D”, “F”, “G”, “H”, “J”, “K” and “L” to the first software keys respectively, and characters “Z”, “X”, “C”, “V”, “B”, “N” and “M” to the second software keys respectively.
Abstract:
A base station in a system supporting WWAN-WLAN aggregation communication in which a radio terminal performs communication using WWAN communication and WLAN communication simultaneously. The base station includes a controller configured to acquire capability information indicating a function of the radio terminal, wherein a first function and a second function are defined. The first function splits a bearer of the radio terminal in a PDCP layer of the WWAN communication, and uses the WWAN communication and the WLAN communication for radio communication of the bearer. The second function uses only the WLAN communication for the radio communication of the bearer without splitting the bearer going through the PDCP layer. The controller is configured to acquire capability information of the second function as information different from capability information of the first function.
Abstract:
A communication control method comprises: receiving, by a user terminal, from a base station, first information indicating a Device to Device (D2D) frequency available in a D2D discovery procedure for discovering a proximal terminal; and using, by the user terminal, not only the frequency indicated by the first information, but also a frequency not indicated by the first information. The frequency not indicated by the first information is different from the frequency indicated by the first information and is indicated by second information received from another cell different from a cell in which the user terminal exists.
Abstract:
A base station is used for a mobile communication system that supports a dual connectivity. The base station includes a controller configured to establish an RRC connection with a user terminal, and to perform a mobility control in the dual connectivity.
Abstract:
A base station according to a present embodiment includes: a controller configured to set first determination parameters used for a radio terminal to determine whether to switch a standby destination or a connection destination between the mobile communication network and a wireless LAN; a transmitter configured to transmit the first determination parameters to a radio terminal served by the base station; and a receiver configured to receive information notified from another base station. The controller is configured to set the first determination parameters in consideration of the information.
Abstract:
A user terminal according to an embodiment comprises a receiver; and a controller. The receiver receives, from a base station, a message including first and second information. The first information is information regarding to a configuration for reporting a power measured by the user terminal in the unlicensed band, and includes period information indicating a period of a measurement in the unlicensed band. The second information is information regarding to a configuration of carrier aggregation. The controller periodically measures the power in the unlicensed band according to the period information; reports to the base station on information classified according to the measured power as information indicating the measured power, based on the first information; performs a configuration for using the unlicensed band as a secondary carrier in the carrier aggregation, based on the second information; and communicates a communication with the base station by using the secondary carrier.
Abstract:
A secondary base station according to an embodiment is configured to connect to a master base station via an X2 interface and for being used for a dual connectivity communication, which is to transmit downlink data from the master base station through a split bearer to a user equipment. The secondary base station comprises: a receiver configured to receive the downlink data transferred from the master base station; a transmitter configured to transmit the downlink data received by the receiver to the user equipment; and a controller configured to determine a release of the split bearer. The transmitter configured to transmit a release request message for requesting the release of the split bearer to the master base station in response to determining the release of the split bearer.