Abstract: A wireless base station includes a processor configured to detect whether a device that is a final destination of packets is a wireless device or a wired device, aggregate payloads in unit of byte, which are included in the packets comply with a TCP, so as to become a maximum length of data unit which is allowed for the data link layer in an wireless LAN, when a condition is satisfied in which the device is detected to be the wireless device, form a payload complying with a protocol of the data link layer in a wireless network based on the aggregated payloads when the condition is satisfied, and configure a packet that includes the formed payload complying with the protocol when the condition is satisfied and configure packets that include the payloads complying with the TCP when the condition is not satisfied.

Abstract: In a system in which a reception (paging) cycle is defined by number of frames, even if length of the frames is changed, power consumption of a mobile station (MS) and a delay in response at the time of incoming are maintained by changing the paging cycle so that the paging cycles become equal in a time unit. The mobile station for receiving the signal from a wireless base station for each cycle defined by the number of frames to detect an incoming notification has a measurement unit for detecting a change in the frame length of received frames, a cycle changing unit for, if the change is detected, increasing or decreasing the number of frames which defines the cycle, and an incoming notification monitoring unit for receiving the signal from the wireless base station in accordance with the cycle changed by the cycle changing unit.

Abstract: A first base station forms a cell group including a first cell and a second cell partly overlapping with the first cell. A second base station forms a cell group including a third cell and a fourth cell partly overlapping with the third cell. An allocator of a communication control apparatus specifies an identifier for wireless communication that differs from any of wireless communication identifiers already allocated to mobile devices existing within either the first or second cell forming the cell group, and allocates the specified wireless communication identifier to a mobile device existing in the cell group constituted by the first and second cells. A transmitter transmits the identifier allocated by the allocator to the mobile device via the first base station.

Abstract: A base station includes a determining unit that determines whether a competition occurs between an identifier of a first service flow established with respect to a mobile station and an identifier of a second service flow which is requested to newly establish with respect to the mobile station; a changing unit that changes the identifier of the first service flow or the identifier of the second service flow, when the determining unit determines that the competition of the identifiers occurs; and an establishing unit that establishes the second service flow by using the identifier of the second service flow with the competition being eliminated against the first service flow through the change by the changing unit.

Abstract: A radio communication system in which a mobile relay station includes a notification unit configured to notify the mobile station of mobility state information of the mobile relay station determined based on a number of base stations selected within a specified time, and the mobile station includes a base station selection processing unit to select the base station based on the mobility state information when the mobile station switches a device to be communicated with from the mobile relay station to the base station.

Abstract: A wireless communication system including: a terminal, and a base station that forwards a traffic flow to the terminal, wherein the terminal includes a plurality of first wireless interfaces, and a first processor that selects a first wireless interface from among the plurality of first wireless interfaces, the first wireless interface from which to transmit a response packet in response to a multicast packet or broadcast packet, based on first information indicating the operational states of the plurality of first wireless interfaces, and the preferability of link aggregation on the traffic flow that follows the response packet.

Abstract: In a mobile station which communicates wirelessly with a wireless base station with a plurality of connections established by using part or all of a plurality of frequency bands, a plurality of wireless communication interfaces is associated with the plurality of frequency bands, and a processor makes a sleep request to the wireless base station, acquires from the wireless base station information about a result of scheduling complying with the sleep request and indicating non-sleep intervals of the individual connections and the frequency bands to be used for the respective non-sleep intervals, and performs sleep control on the plurality of wireless communication interfaces in accordance with the acquired information.

Abstract: A base station of a mobile communication system which allocates a bandwidth for handover ranging or bandwidth request ranging in response to a code transmitted from a mobile station that is selected by the mobile station from a plurality of codes includes a ranging allocating unit configured to allocate, to a mobile station performing handover, at least one of a dedicated ranging code and a dedicated ranging slot that are exclusively used and not used by any mobile stations other than the mobile station, and that are provided separately for each of a plurality of base stations to which the mobile station is to be possibly connected.

Abstract: In an information presenting apparatus, information associated with each of one or more motion images stored in a storage apparatus is displayed at a location corresponding to a file production time in the form of a calendar view. A plurality of frames of representative images are extracted from each motion image in accordance with a specified frame extraction method. Thumbnail images of the respective extracted representative images are produced, and each thumbnail image is related to a playback position in the motion image. The resultant thumbnail images are managed as a set of motion image thumbnail images in accordance with a production time of the motion image. Information associated with each motion image is displayed at a location corresponding to the production time of the motion image in the form of the calendar view. Thumbnail images associated with each motion image are displayed in an expanded form in the order of time.

Abstract: According to an embodiment, a method is provided. The method includes identifying a femto base station of a wireless network as the home femto base station for a mobile station served by the wireless network. The connection parameters for the home femto base station may be stored at the mobile station. A home macro base station may be identified and associated with the home femto base station. Identification information for the home macro base station may be stored at the mobile station. Association information of the home femto base station with the home macro base station may be stored at the mobile station.

Abstract: A touch panel X in accordance with the present invention includes a first base body 10 including a first resistive film 12, a second base body 20 including a second resistive film 22 and a wiring electrodes 23 and 24, and a conductive adhesive member 30 configured to electrically connect the first base body 10 and the wiring electrodes 23 and 24, and bond the first base body 10 and the second base body 20 so that the first resistive film 12 and the second resistive film 22 face each other. The conductive adhesive member 30 defines an internal space S1 and an opening portion M. The wiring electrodes 23 and 24 include connection portions 23a and 24a. The connection portions 23a and 24a are formed in an area corresponding to the opening portion M.

Abstract: A parameter setting apparatus for a control parameter for a wireless communication network including a processor, wherein optimizations for optimizing the control parameter are separated into groups which are unrelated to each other, and the processor executes: a first agent program which are assigned to a group-by-group selects an optimization to be activated according to a first value function; and a second agent program which learns a second value function for determining whether an optimization that affects the first value function is to be activated or not and determines whether the optimization is to be activated or not according to the second value function, and, the activation of the optimization by the first agent program is stopped when the second agent program activates the optimization.

Abstract: A base station in a communication system where mobile stations receive paging announce using a discontinuously received reception frame and the mobile stations receive multicast data as well as the paging announce, in which the mobile stations in idle mode are searched for from among the mobile stations receiving multicast data, the mobile stations located where a paging group to which the searched-for mobile stations belong overlaps an area where the multicast data are distributed are selected from among the searched-for mobile stations, and the base station includes a radio resource allocating unit allocating radio resources to the selected mobile stations, the radio resources being for transmitting uplink signal, and an allocated radio resource information including unit including information of radio resources allocated by the radio resource allocating unit in a radio frame transmitting the multicast data to be transmitted to the selected mobile stations.

Abstract: First paging information is determined in advance according to the characteristics of delivered data for each channel of delivered multicast data, and the multicast data delivery frame of each channel is determined based on the first paging information. Paging information (second paging information) for a mobile station which selects a channel is determined from the first paging information determined for each selected channel. Due to this, multicast data delivery frame can be overlapped (is synchronized) with frames for monitoring for paging announcements, and power consumption for an MS in the idle mode can be reduced.

Abstract: A wireless communication network system including: a command station for allocating a frequency band, broadcasting a backup station and periodic measurement periods in which a terminal should measure a reception quality, and stopping the allocation of the frequency band to the terminal during the measurement period; one or a plurality of backup stations for synchronizing with the command station and transmitting a measurement signal by using the same frequency channel as that of the command station; and one or a plurality of terminals for measuring a reception quality for each backup station by using the measurement signal.

Abstract: A base station device characterized by including: a transmission portion that broadcast-transmits identification information indicating a first cell to a mobile terminal in an idle mode under control of the base station device; and a reception portion that receives information indicating a destination cell that the mobile terminal in the idle mode transmits when moving between cells; wherein when the base station device is a base station device forming a second cell adjacent to the first cell, the reception unit receives information indicating the second cell from the mobile terminal in the idle mode which has received the identification information indicating the first cell transmitted from another base station device forming the first cell, and receives information indicating the first cell from the mobile terminal in the idle mode which has received the identification information indicating the first cell transmitted from the base station device.

Abstract: A first information processing apparatus inputs job data and a corresponding file associated with the job data to a hot folder of a second information processing apparatus. When the second information processing apparatus detects the corresponding file input to the hot folder, it determines whether the job data has been copied in the hot folder. If it is determined that the job data has been copied in the hot folder, the job data is processed.

Abstract: An exposure apparatus for exposing a substrate to radiant energy comprises a controller configured to determine a shot layout based on data representing a surface shape of the substrate, and an exposure unit configured to expose the substrate to the radiant energy in accordance with the shot layout determined by the controller.

Abstract: When it is detected that a file has been stored in a hot folder, an apparatus stands by for a predetermined period of time not to process the file based on settings associated with the hot folder. When the predetermined period of time elapses, the apparatus processes the file based on the settings associated with the hot folder.

Abstract: In a print control apparatus which causes a print apparatus to print via a hot folder, it is monitored whether a file is submitted to the hot folder. Upon submitting the file, it is identified whether the submitted file is a reference information file indicating an external content file, and, upon identifying the reference information file, it is determined whether an acquisition process of acquiring the external content file indicated by the reference information file is to be executed by the print control apparatus or the print apparatus. Upon determining that the acquisition process is to be executed by the print control apparatus, print data is generated based on the acquired external content file, and, upon determining that the acquisition process is to be executed by the print apparatus, print data including the reference information file indicating the external content file is generated.