Abstract: Support information or related information regarding an input operation target is explicitly displayed when the proximity is detected before a user selects and fixes an input operation target, so as to support a user's accurate input operation, thereby improving operability. A portable terminal includes a proximity detection unit that detects a proximity of the finger to a screen, and a key image combining unit that displays enlarged images of an item displayed at a proximity correspondence position on the screen and all items adjacent to the item at the proximity correspondence position which is a position on the screen corresponding to proximity coordinates of the finger of which the proximity is detected, or in a vicinity of the proximity correspondence position, as related information or support information regarding the item displayed at the proximity correspondence position on the screen.

Abstract: Provided is a communication system that can set, in an RLC layer, an RLC STATUS PDU without depending on the resource allocation of each of a plurality of LCHs and with the latest data state and that can generate an RLC data PDU. In this system, an RLC unit (RLC layer) (120) receives, from a MAC unit (MAC layer) (110), a total radio resource size together with the allocated radio resource size of each logic channel (LCH). Further, the RLC unit (RLC layer) (120) refers to the allocated size of each LCH and sets transport data of each LCH within the range of the total radio resource size.

Abstract: Provided are a mobile device and location registration method that, even when packet communications are being restricted and the location cannot be registered, the location can be registered rapidly when the access restriction is released.

Abstract: A communication device (100) can communicate through a plurality of communication systems consisting of communication (A) and communication (B). An external memory (108) stores control data to be used for controlling the communication by each communication system, with respect to each communication system. A built-in memory (106) can read/write the control data at a higher speed than the external memory (108). A CPU (105) provides instructions to read the control data of the communication system to be used from the external memory (108), and to store the data in the built-in memory (106), and also, upon switching the communication system to be used, the CPU provides instructions to exchange the control data of the communication system prior to the switching which is stored in the built-in memory (106), with the control data of the communication system after the switching which is stored in the external memory (108).

Abstract: A terminal device (100) is provided with a C-PLANE processing unit (131) which sets an RRC connection between the terminal device and a radio station (200), and sets an RAB and a PDP context between the terminal device and a network (300), and a U-PLANE processing unit (132) which performs processing for transmitting user data using the PDP context set by the C-PLANE processing unit (131). The C-PLANE processing unit (131) performs local release for releasing the PDP context in the terminal device when the transmission of the user data has failed in a preservation state.

Abstract: A mobile station (UE) according to the present invention includes: a reception unit (11) configured to receive broadcast information in a second cell, after a handover from a first cell to the second cell in response to received handover information; and a control unit (12) configured to continue a communication performed in the second cell by using the broadcast information when the reception unit (11) succeeds in receiving the broadcast information, and to perform a re-establishment process when it is determined that the reception unit (11) has failed to receive the broadcast information.

Abstract: Provided are a mobile device and location registration method that, even when packet communications are being restricted and the location cannot be registered, the location can be registered rapidly when the access restriction is released.

Abstract: It is an object of the present invention to suppress an abrupt gain change and smoothly and highly accurately control transmitted electric power even if the transmitted electric power greatly changes when a closed loop control that crosses the threshold value as the detection limit of the transmitted electric power. The transmitted electric power of a self-station is detected to obtain an error between the detected transmitted electric power of the self-station and transmitted electric power set in accordance with a transmitted electric power control bit sent to the self-station from the other station. A buffer unit such as a transmitted electric power deciding part, an error integrating part or the like is provided for preventing the obtained error from greatly changing upon great change of the transmitted electric power when the transmitted electric power is controlled by crossing the threshold value as the detection limit of the transmitted electric power.

Abstract: Noise generating section 106 generates noise data of a white Gaussian noise, and noise adding section 107 adds received data and the noise data. Channel estimating section 108 performs channel estimation using the added data output from noise adding section 107. At this point, when a level of a preceding signal is equal to or less than that of the noise data, channel estimating section 108 is not capable of detecting the preceding signal. Accordingly, in the case where a received level of a preceding signal is extremely lower than that of a delayed signal and a noise level is further lower than the received level of the preceding signal, it is possible to perform pre-equalization using the delayed signal as a desired signal, whereby it is possible to maintain the reception characteristic of a communication partner.

Abstract: The present provides a mobile terminal device includes first and second housings foldably coupled to each other by a hinge portion, and the first housing can turn in the direction orthogonal to the unfolding/folding direction. The mobile terminal device also includes a first camera provided for a surface opposed to said second housing in a state that the device is folded, and a second camera provided for a surface of the first or second housing on the opposite side to the surface having the first camera, when the two housings are unfolded at an angle of about 90° and the first housing turns at an angle of about 90° to the second housing, and a sensor for detecting a positional relation between the two housings according to a change of the angle between the two housings. According to the detected position, operations of the first and second camera are stopped/started.

Abstract: An MSA feeder circuit (113) that feeds power to an MSA (112) and MSA (112) is disposed on an antenna substrate (106) and a high-output amplifier (102) and low-noise amplifier (103), etc., which are active devices, are mounted on an RF substrate (107). A heat radiation block (111) is interposed between the antenna substrate (106) and the RF substrate (107). An RF-antenna connection section (105) connects an MSA feeder circuit (113) disposed on the antenna substrate (106) and a feed line (109) on the RF substrate (107) through an electromagnetic field using a non-radiation connection slot (108). In this way, even when a device with high output and large power consumption is used, it is possible to provide an active antenna which can suppress deterioration of the characteristic and which can be implemented in a simple configuration and can be downsized.

Abstract: It is an object of the present invention to suppress an abrupt gain change and smoothly and highly accurately control transmitted electric power even if the transmitted electric power greatly changes when a closed loop control that crosses the threshold value as the detection limit of the transmitted electric power. The transmitted electric power of a self-station is detected to obtain an error between the detected transmitted electric power of the self-station and transmitted electric power set in accordance with a transmitted electric power control bit sent to the self-station from the other station. A buffer unit such as a transmitted electric power deciding part, an error integrating part or the like is provided for preventing the obtained error from greatly changing upon great change of the transmitted electric power when the transmitted electric power is controlled by crossing the threshold value as the detection limit of the transmitted electric power.

Abstract: FFT section 102 transforms a windowed input noise signal into a frequency spectrum. Spectral model storing section 103 stores model information on spectral models. Spectral model series calculating section 104 calculates spectral model number series corresponding to amplitude spectral series of the input noise signal, using the model information stored in spectral model storing section 103. Duration model/transition probability calculating section 105 outputs model parameters using the spectral model number series calculated in spectral model series calculating section 104. It is thereby possible to synthesize a background noise with perceptual high quality.

Abstract: A document processing apparatus that automatically carries out a transmission operation at the time of a link selection, which selects a telephone number described in the link information without carrying out a useless operation. The link information is the additional information which is not actually displayed, like as the HTML. The document processing apparatus includes a receiver for receiving the document; a link information extractor for extracting the link information from the document a display for displaying the document based on the link information extracted by the link information extractor; a selector for selecting the link information in the document; and a link operator controller for carrying out the transmission operation to another party, when the link information selected by the selector is the telephone number information.

Abstract: There is provided a message delivery system which does not generate the lack of the message, by making possible to issue an instruction to the server unit from the client system to process a message, which is received by the client system, at a timing when the client system has completed to receive the message as the application, and then performing the message process on the server unit side in compliance with the instruction.