Abstract: A part specifying unit causes a web browser to display a part specification GUI that enables to specify settings relating to a display mode of a part constituting a web page, and accepts specification of settings relating to a display mode through the part specification GUI. Moreover, an action specifying unit causes the web browser to display an action specification GUI that enables to specify settings relating to an action of a part constituting a web page, and accepts specification of settings relating to an action through the action specification GUI. An expanding unit expands the web page based on the settings relating to the display mode accepted by the part specifying unit, and on the settings relating to the action accepted by the action specifying unit, and displays the expanded web page on the web browser.

Abstract: A plurality of pieces of serial data are supplied to a liquid crystal display device from an outside. An SI signal selection circuit switches processing target data to be captured between one piece of serial data included in the plurality of pieces of serial data and the plurality of pieces of serial data in accordance with a serial data selection signal. The processing target data captured by the SI signal selection circuit is converted into parallel data by a data conversion circuit. In accordance with one clock pulse of a serial clock, serial-parallel conversion processing is performed in parallel on a plurality pieces of serial data.

Abstract: A communication device according to one embodiment includes a controller and a transmitter. The controller is configured to identify a zone that is a geographical section where the communication device is located, and select a predetermined transmission resource region from a plurality of transmission resource regions included in one transmission resource pool associated with the identified zone. The transmitter is configured to transmit a direct radio signal to another communication device by using a resource in the predetermined transmission resource region.

Abstract: A metal restraint strap for suppressing a displacement between two parallel disposed structural bodies away from each other includes an elongated metal base member; metal bolt members extending outward in a longitudinal direction of the base member from opposite longitudinal ends of the base member, and each having an external thread at least on an outer periphery of an distal end portion of the bolt member; and fasteners adapted to be screwed onto the external threads of the bolt members.

Abstract: In a communication method according to an embodiment, in a procedure where a connection between a radio terminal and a network is temporarily suspended, a resumption identifier associated with context information of the radio terminal is transmitted from a first base station to the radio terminal. A part of the resumption identifier is information for identifying the first base station.

Abstract: A user terminal, user terminal chipset, and method performed at a user terminal receives a system information block (SIB) from a base station. The SIB includes information indicating a resource pool to be used for device-to-device (D2D) discovery in a cell of the base station, a frequency list indicating frequencies different from a frequency of the cell and available for the D2D discovery, and usage identification information associated with frequency identifiers in the frequency list and indicating whether to be available for public safety (PS). Determination is made, based on whether the user terminal satisfies a predetermined condition, of one of the D2D discovery for the PS and the D2D discovery for the non-PS, a frequency available for the PS is selected based on the usage identification information when the user terminal performs the D2D discovery for the PS, and the selected frequency is used to perform the D2D discovery.

Abstract: A user equipment, a method and an apparatus supporting Multimedia Broadcast Multicast Service (MBMS) service provided via Single Cell Point-To-Multipoint (SC-PTM) perform a cell reselection operation for selecting a cell different from a current serving cell as a serving cell. When the user equipment is in an enhanced coverage, the cell reselection is performed according to a ranking based on a radio quality irrespective of frequency priority, and when the user equipment is in the enhanced coverage and the user equipment is receiving or interested in receiving an MBMS service via the SC-PTM, the ranking is performed on cells belonging to a SC-PTM frequency where the MBMS service is provided.

Abstract: A user equipment, method, and chipset use a first formula to determine a paging frame which is a radio frame including a paging occasion for the user equipment after the user equipment is configured with an idle mode extended DRX (Discontinuous Reception) cycle, a second formula to determine a subframe from among the paging frame, as the paging occasion, and a third formula to determine a paging hyper-frame. DRX parameters are applied to the first formula and the second formula, but not to the third formula. An idle mode extended DRX cycle is applied to the third formula, which is represented by H-SFN mod TeDRX=? mod TeDRX, where the H-SFN represents a hyper-frame number of the paging hyper-frame, the TeDRX represents the number of the hyper-frames corresponding to the idle mode extended DRX cycle, and the ? represents a value specific to the user equipment.

Abstract: A user equipment, method used in user equipment, and apparatus for controlling a user equipment operate to receiving a connected mode DRX parameter configured by a base station, and transmit to the base station a message including information indicating a connected mode DRX parameter preferred by the user equipment. The connected mode DRX parameter preferred by the user equipment includes at least one of DRX-InactivityTimer, DRX-ShortCycle, and DRX-ShortCycleTimer.

Abstract: A user equipment and method of a user equipment transmit, to a first cell, information requesting radio resource for V2X sidelink communication, and receive from the first cell, a message for a handover from the first cell to a second cell. The message includes information indicating a resource pool used for transmitting the V2X sidelink communication during performing the handover, and synchronization information indicating synchronization configuration used for transmitting synchronization in the V2X sidelink communication during performing the handover. A base station receives the information requesting radio resource for V2X sidelink communication and transmits to the user equipment, a message for a handover from a first cell to a second cell.

Abstract: An active matrix substrate includes pixel lines disposed in a display area and connected to pixels, respectively, a signal input section for inputting a signal to the pixel lines, and connection lines connected to the signal input section and the pixel lines. The pixel lines include a short pixel line having a smaller line length than other pixel lines. The connection lines include a short pixel connection line connected to the short pixel line and other connection lines connected to the other pixel lines, one connection line of the short pixel connection line and the other connection lines includes a line resistance adjusting section that adjusts a line resistance of the one connection line according to an electric resistance of the pixel line connected to the one connection line.

Abstract: A radio terminal according to an embodiment is configured to perform direct communication with another radio terminal. The radio terminal comprises a controller configured to receive first data addressed to said another radio terminal from a base station. When the controller receives the first data from the base station, the controller is configured to also receive information indicating a first radio resource used for transferring the first data to said another radio terminal by the direct communication.

Abstract: A radio terminal according to one embodiment comprises a processor. The processor is configured to: forward a data unit from an RLC layer to a MAC layer prior to receiving an uplink grant from a base station; receive the uplink grant for determining a predetermined transport block size from the base station; generate a transport block by performing concatenation or segmentation on the data unit according to the predetermined transport block size in the MAC layer; and transmit the generated transport block to the base station via a PHY layer. The processor is configured to receive TBS information indicating a minimum guaranteed value of a transport block size from the base station. The predetermined transport block size is a value equal to or larger than the minimum guaranteed value.

Abstract: A metal joint for joining, to a frame built by appropriately combining a horizontal structural member and a vertical structural member, a rectangular panel fitted into the frame includes a base member made of a rectangular metal plate, and cylindrical members which are each made of a metal cylinder, and are fixed onto opposite surfaces of the base member. The base member is adapted to be disposed between the frame and the panel. The cylindrical members are adapted to be fitted into circular holes formed in the frame and the panel.

Abstract: A radio terminal (controller) executes one of a first control, a second control, and a third control, based on at least one of a reception level of a radio signal from a predetermined cell and a transmission level of the radio terminal. In the first control, the radio terminal directly transmits uplink information to be transmitted to a predetermined cell to the predetermined cell, and directly receives downlink information to be received by the radio terminal from the predetermined cell. In the second control, the radio terminal transmits the uplink information to the predetermined cell via a relay terminal configured to execute a relay using a proximity-based service, and directly receives the downlink information from the predetermined cell. In the third control, the radio terminal transmits the uplink information to the predetermined cell via the relay terminal, and receives the downlink information from the predetermined cell via the relay terminal.

Abstract: A radio terminal according to one embodiment is a radio terminal for a mobile communication system supporting MBMS. The radio terminal comprises a receiver configured to receive level information from a base station; and a controller configured to perform a process of receiving an MBMS signal from the base station, based on the level information. The MBMS signal is transmitted from the base station using an enhanced coverage function for enhancing a coverage of the base station. The level information is information on an enhanced coverage level corresponding to the MBMS signal.

Abstract: A communication method according to an embodiment comprises: notifying, by a base station, a radio terminal of a discontinuous reception (DRX) cycle; notifying, by a Mobility Management Entity (MME), the radio terminal of an extended DRX cycle longer than the DRX cycle; determining, by the radio terminal, whether or not the base station supports an extend DRX; using, by the radio terminal, the extended DRX cycle to execute an extended DRX operation in an idle mode, in response to determining that the base station supports the extend DRX; and using, by the radio terminal, the DRX cycle to execute a DRX operation without using the extended DRX cycle, in response to determining that the base station does not support the extend DRX.

Abstract: A base station according to one embodiment comprises: a controller configured to manage a first cell; and a transmitter configured to transmit to a radio terminal a message for a handover from the first cell to a second cell. The message includes information of a resource pool used for a proximity-based service in the second cell, and synchronization setting information for transmitting or receiving a synchronization signal in the proximity-based service in the second cell.

Abstract: A radio terminal according to an embodiment includes a controller configured to control a random access procedure. The random access procedure includes first processing of transmitting a random access preamble to a base station, second processing of receiving a random access response from the base station, and third processing of performing uplink transmission to the base station based on the random access response. The controller is configured to notify, in the first processing or the third processing, the base station of an amount of uplink data in a transmission buffer of the radio terminal.

Abstract: A base station and method thereof includes transmitting from the base station to a user equipment, parameters for an offload from the cellular RAN to a wireless local area network (LAN). The parameters are used by the user equipment to perform an access network selection between the cellular RAN and the wireless LAN, and include a first threshold for comparison with a cellular signal strength of the cellular RAN, a second threshold for comparison with a wireless LAN signal strength of the wireless LAN, and a third threshold for comparison with a load of the wireless LAN. When performing access network selection, the parameters may cause the user equipment to perform the offload, in response to the cellular signal strength being lower than the first threshold, the wireless LAN signal strength being higher than the second threshold, and the load of the wireless LAN being lower than the third threshold.