Abstract: A location manager includes a memory and a processor coupled to the memory. The processor executes a process including extracting a combination of a transfer device and a path by using topology information indicating a relation of connections among transfer devices. The process including calculating a sum of an amount of electric power consumed by the transfer device being included in the combination to store the data and an amount of electric power consumed by transfer devices on a path included in the combination to transfer the data. The process including selecting a combination of which the sum of electric power calculated at the calculating is a minimum sum out of the combinations extracted at the extracting. The process including outputting information indicating the combination selected at the selecting.

Abstract: A stereo picture generating device includes: a feature point extracting unit that extracts feature points from a first picture; a tracking unit that calculates coordinate of each point on a second picture corresponding to each of the feature points; a parameter determining unit that determines plane projective transformation coefficients which include at least one coefficient representing a rotational transfer component and at least one coefficient representing a translation component so as to minimize an evaluation value that includes distance between each of transformed feature points, which are obtained by plane-projective-transforming the feature points on the first picture, and the corresponding point on the second picture, and a weighting term having a value depending on the rotational transfer component; and a transforming unit that plane-projective-transforms the first picture by using the plane projective transformation coefficients, to generate a pair of plane-projective-transformed picture and the

Abstract: An optical signal transmitting device includes direct modulators configured to be driven using electric signals of channels to generate directly-modulated optical signals of channels, a beat light source configured to generate beat light at a specific frequency spacing, subcarrier converters configured to modulate, using the beat light from the beat light source, the directly-modulated optical signals of the channels from the direct modulators to generate optical subcarrier modulation signals of channels, probe light sources configured to generate probe light of channels having frequencies that are different from frequencies of the directly-modulated optical signals of the channels, multiplexers configured to multiplex, for individual channels, the optical subcarrier modulation signals of the channels with the probe light of the channels, and nonlinear optical media configured to perform, for individual channels, optical cross modulation for the optical subcarrier modulation signals and the probe light, which

Abstract: An input support device includes an acquisition unit configured to acquire an attribute of a first document that is an input target of a user, and acquire a second document corresponding to the acquired attribute from a storage unit storing the attribute and the second document relevant to the attribute; a first determination unit configured to determine whether a sentence example, which is stored beforehand in association with reading information, is included in the second document; and a second determination unit configured to determine a display format of the sentence example to be displayed together with the first document when a character string included in the reading information is input to the first document by the user, based on a determination result of the first determination unit.

Abstract: In a cellular mobile communication system that operates in a first state in which UE has not established a connection with eNB and in a second state in which the connection has been established with eNB, the UE transmits cell selection history to the eNB of a second cell when handover from a first cell to the second cell in accordance with second criteria for handover in the second state, the cell selection history containing a history of cell selection performed in accordance with first criteria for cell reselection in the first state. When the UE performs handover from the first cell to the second cell within a period after transition from the first state to the second state, the eNB of the second cell specifies the cell in which the first criteria and the second criteria are not aligned from among the first cell and the second cell.

Abstract: A fault monitoring device includes: a controller that is implemented in a computer and controls the computer; a monitored object operated by the computer; a monitor that monitors a fault of the controller and a fault of the monitored object; and a switcher that alternately switches a monitored target by the monitor.

Abstract: In a mobile communication system, a mobile station receives intermittently a channel transmitted by a first or second base station through a relay station. Herein, the relay station, before execution of a handover for switching a connection destination of its own station from the first base station to the second base station, transmits information on the second base station. The mobile station, based on the information on the second base station received from the relay station before the handover, controls a timing for receiving the channel from the relay station after the handover.

Abstract: A disclosed system includes a first computer that stores data, a display apparatus that is capable of reading a user identifier, a second computer, and plural third computers. The second computer includes a data storage unit storing first correlation data to correlate a user identifier with at least one third computer, and a controller that refers to the first correlation data upon detecting an event data, identifies a third computer correlated with a first user identifier included in the event data, and transmits the first user identifier to the identified third computer. Each third computer includes a receiver that receives the first user identifier, a storing unit that obtains from the first computer, and stores data identified based on the received first user identifier, and a controller to transmit data corresponding to a second user identifier, which was received from the display apparatus, based on the second user identifier.

Abstract: A transmitting apparatus includes a first circuit to which a base clock and a first clock condition are input, the first circuit outputting a first enable signal based on the base clock and the first clock condition; a second circuit to which the base clock and a second clock condition are input, the second circuit outputting a second enable signal based on the base clock and the second clock condition; a first frame processing circuit receiving a first frame input signal and the first enable signal to output a first frame output signal in synchronization with the first enable signal; and a second frame processing circuit receiving a second frame input signal and the second enable signal to output a second frame output signal in synchronization with the second enable signal.

Abstract: An information processing device includes a memory; and a processor that executes a program stored in the memory, wherein the processor executes an operation including: receiving first stream data and second stream data that each include a piece of reception data representing a set of a key and a numerical value, when detecting, from the second stream data, a piece of reception data with the same key as a key of a piece of reception data of the first stream data, obtaining a processing result by adding together numerical values of the pieces of reception data that have the same key, and storing the processing result in the memory.

Abstract: A code converter 11 of a simulation apparatus 1 detects, during the execution of a program in a target CPU, an externally dependent instruction affected by the external environment in each of divided blocks, predicts the execution result of the externally dependent instruction, simulates the instruction execution in the predicted result, and generates a host code in which a code for performance simulation is embedded based on the simulation result. A simulation executor 12 performs performance simulation about instruction execution in the prediction result of the program using the host code, and when the execution result of the externally dependent instruction is different from the setting of the prediction result during the execution, corrects the execution time of the instruction in the prediction result using the execution time of instructions executed before and after the instruction, and the like. A simulation information collector 13 collects and outputs performance simulation information.

Abstract: An access restriction device including a processor; and a memory. The processor executes: receiving an email from a transmission source; specifying including analyzing, when a file is attached to the email, information in the file, and specifying a character string from the file; executing including specifying, from a storing unit in which a character string is associated with an access restriction process, an access restriction process that is associated with the character string specified at the specifying the character string, and executing the specified access restriction process on the file; and sending including attaching, instead of the file attached to the email, the file that has been subjected to the access restriction process at the executing to the email, and sending the email to which the file subjected to the access restriction process is attached to a transmission destination of the email.

Abstract: A mobile terminal includes a first housing having a first space wall forming a first recess-shaped space and a first wiring opening in the first space wall, a second housing having a second space wall forming a second recess-shaped space and a second wiring opening in the second space wall, a swing connecting member disposed in a space between the first recess-shaped space and the second recess-shaped space facing each other, the swing connecting member having a through hole allowing the first recess-shaped space and the second recess-shaped space to be in communication with each other and being configured to swingably move the first housing and the second housing, and a first wiring member passing through the through hole, and having a first fixing end closely connected to the first wiring opening and a second fixing end closely connected to the second wiring opening.

Abstract: In a wireless apparatus, a first receiver receives, from a wireless reception apparatus, a transmit beam pattern with better reception quality among transmit beam patterns of a transmitter switched to by a first switching unit. A generation unit generates a transmit beam pattern obtained by rotating a phase of the received transmit beam pattern. A second switching unit switches a transmit beam pattern of the transmitter to the received transmit beam pattern and the generated transmit beam pattern. A second receiver receives, from the wireless reception apparatus, the transmit beam pattern of a combination with better reception quality out of combinations of the switched transmit beam patterns and receive beam patterns switched to by the wireless reception apparatus. A setting unit sets a transmit beam pattern of the transmitter in the transmit beam pattern received by the second receiver.

Abstract: A method for decoding an image divided into plural blocks includes acquiring decoding information of a decoded block in a decoding target image from a storage unit that stores the decoding information of the decoded block and decoding information of blocks in plural decoded images; selecting a decoded image from the plural decoded images; acquiring decoding information of a corresponding block in the selected decoded image from the storage unit; predicting a division mode, which indicates a division shape of a decoding target block, by using the acquired decoding information of the decoded block and the acquired decoding information of the corresponding block; decoding division mode information, which indicates the division mode of the decoding target block based on coded data, and determining the division mode of the decoding target block based on the predicted division mode and the decoded division mode information.

Abstract: An information processing apparatus includes a computer configured to set respectively a storage location for each value of a common variable among threads of a thread group having write requests to write the values of the common variable of the threads in a given process, from a specific storage location defined in the write requests, to the storage locations respectively set for the threads; store, for each thread of the thread group, a value of the common variable to the storage location set for the thread; and read out in order of execution of the threads of the thread group defined in the given process and when all the threads in the thread group have ended, each value of the common variable stored at the first storing, and in the order of execution, overwrite a value in the specific storage location with each read value of the common variable.

Abstract: A switch device includes a relay unit relaying communication data when information processing units included in an information processing apparatus perform communications with external devices; an address learning unit registering ports receiving the communication data in association with addresses indicating transmission sources of the communication data; and a band control unit controlling a bandwidth to be allocated to the communications by setting a first port and a second port of the ports to belong to a same group and by setting the first port and the second port to belong to different groups based on a number of addresses registered by the address learning unit in association with each of the ports.

Abstract: A detection information memory stores, for each object, detection information that includes a distance to and a traveling speed of an object for each predetermined timing detected by a radar apparatus which detects detection information on the object, and the radar apparatus detects the detection information by receiving a reflected wave of an irradiated radar wave from the object. A predictor predicts, for each object, the detection information to be newly detected by the radar apparatus from a history of the detection information. A tracker tracks the object by identifying the object which is the target of the detection information newly detected using a result of the predictor; a determiner determines whether the object is a fixed object or a moving object. An output unit outputs the detection information on the object determined to be the moving object by the determiner.

Abstract: An amplifier includes an amplifying element that amplifies an input signal; an output terminal that outputs the signal amplified by the amplifying element; a matching circuit disposed in series between the amplifying element and the output terminal, and performing impedance matching; an impedance converter disposed in series between the amplifying element and the matching circuit or between the matching circuit and the output terminal; and a first resonator and a second resonator connected at the ends of the impedance converter.

Abstract: A method including acquiring decode information of a decoded block in a decode target image from a storage unit; selecting an decoded image such that the decode target image is situated between the decoded image and a reference image of the decoded image; acquiring, from the storage unit, decode information of a predetermined block in the selected decoded image; predicting a reference mode indicating a prediction direction of a decode target block that refers to decoded images in plural directions, by using the acquired decode information of the decoded block and decode information of the predetermined block; decoding reference mode information for determining the reference mode of the decode target block from encode data; and determining the reference mode of the decode target block from the predicted reference mode and the decoded reference mode information.