Abstract: A learning system includes a learning data acquisition unit that generates a neural network included in a single forecast model for performing a forecast of demand for a service through machine learning and acquires, as learning data, an actual demand value of the service and a feature amount for learning for each mesh associated with a past period, the feature amount for learning including the number of demands for the service in each mesh in each period as a feature amount, a learning data normalization unit that normalizes at least the number of demands in the feature amount for learning for each mesh, and a generation unit that performs machine learning on the basis of an actual demand value and a demand forecast value obtained by inputting the feature amount for learning including the normalized number of demands to the neural network, and generates the neural network.

Abstract: A plurality of resistance-imparting portions (34A to 34E) are disposed adjacent to each other. A first contraction flow portion forming one of the resistance-imparting portions (34A to 34E) adjacent to each other is in communication with an enlarged diameter portion forming another resistance-imparting portion. First contraction flow portions (32AH to 32DH) forming the resistance-imparting portions (34A to 34E) adjacent to each other are disposed at different positions in a direction in which an outer frame member (31) extends.

Abstract: The method for producing a polishing composition according to the present invention includes mixing a dispersion containing silica and a solution containing a silane coupling agent having a cationic group at a concentration of 0.03% by mass or more and less than 1% by mass to obtain a dispersion containing cationically modified silica.

Abstract: A control device such as a tablet computer presents a scrollable image-based program guide (IBPG) on a display that a user can swipe to cause the device to command a display device to present an audio video (AV) program represented by the image. The IBPG is a subset of an electronic program guide (EPG) from a TV signal provider. Social networking information (SNI) related to a video program is presented on or adjacent an image in the IBPG representing the program.

Abstract: A control device such as a tablet computer presents a scrollable image-based program guide (IBPG) on a display that a user can swipe to cause the device to command a display device to present an audio video (AV) program represented by the image. The IBPG is a subset of an electronic program guide (EPG) from a TV signal provider. Social networking information (SNI) related to a video program is presented on or adjacent an image in the IBPG representing the program.

Abstract: Unused menu items are automatically removed from a TV menu such as a cross-media bar (XMB).

Abstract: A television based visual screening method involves sequentially presenting a plurality of numbers of varying size on a television display; receiving a plurality of signals from a remote controller as a result of a user input from a keypad of the remote controller; determining if the signals received from the remote controller match the displayed numbers; deriving a measure of the user's vision from the matching of the received signals with the displayed numbers; and displaying a result indicative of the measure of the user's vision from the measure. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: Unused menu items arc automatically removed from a TV menu such as a cross-media bar (XMB).

Abstract: A communication device is provided which is capable of transmitting pickup images efficiently with high portability, manipulativity and instantaneous response. The communication device is disclosed in which according to one preferred embodiment, a control apparatus starts a communicating (such as radio transmission) operation in a communication apparatus simultaneous to an image pickup operation in an image pickup function when a predetermined operation is instructed by a manipulation of a manipulation apparatus from a user in a communication device having the image pickup function. Thereby, the pickup images obtained by the image pickup function are automatically transmitted to a specified transmission destination via a communicative apparatus. Thus, a user can transmit pickup images to a desired transmission destination simultaneously only by making a simple manipulation of changing the operating mode of the device to a predetermined mode or the like.

Abstract: A communication device is provided which is capable of transmitting pickup images efficiently with high portability, manipulativity and instantaneous response. The communication device is disclosed in which according to one preferred embodiment, a control apparatus starts a communicating (such as radio transmission) operation in a communication apparatus simultaneous to an image pickup operation in an image pickup function when a predetermined operation is instructed by a manipulation of a manipulation apparatus from a user in a communication device having the image pickup function. Thereby, the pickup images obtained by the image pickup function are automatically transmitted to a specified transmission destination via a communicative apparatus. Thus, a user can transmit pickup images to a desired transmission destination simultaneously only by making a simple manipulation of changing the operating mode of the device to a predetermined mode or the like.

Abstract: A communication device is provided which is capable of transmitting pickup images efficiently with high portability, manipulativity, and instantaneous response. A control apparatus starts a communication (such as a radio transmission) operation in a communication apparatus simultaneous with an image pickup operation in an image pickup operation when the operation is initiated by a user in a communication device having the image pickup function. Thereby, the pickup images obtained in the image pickup operation are automatically transmitted to a specified transmission destination via a communication apparatus. Thus, a user can obtain and transmit pickup images to a desired transmission destination simultaneously by simply setting the operating mode of the device to a predetermined mode or the like.

Abstract: In order to obtain a digital still camera capable of storing only a desired image from photography images, a photography image data generation unit processes an image signal from a CCD to generate high-, middle-, and low-resolution image data. While a photography timing designation button is not depressed, the middle-resolution data is monitored in D1 of a display through a buffer memory. When the photography timing designation button is depressed, high- and low-resolution data of three consecutive frames are generated and stored in M2 to M7 of the buffer memory, and low-resolution data are displayed in D2 to D4 of the display. The high-resolution data are compressed and encoded, and then stored in C1 to C3 of a main memory. When the user selects, e.g., D3 of the displayed D2 to D4 with a touch panel, the corresponding data of C2 is extracted from C1 to C3 and stored in F1 of a nonvolatile memory.

Abstract: In order to obtain a digital still camera capable of storing only a desired image from photography images, a photography image data generation unit processes an image signal from a CCD to generate high-, middle-, and low-resolution image data. While a photography timing designation button is not depressed, the middle-resolution data is monitored in D1 of a display through a buffer memory. When the photography timing designation button is depressed, high- and low-resolution data of three consecutive frames are generated and stored in M2 to M7 of the buffer memory, and low-resolution data are displayed in D2 to D4 of the display. The high-resolution data are compressed and encoded, and then stored in C1 to C3 of a main memory. When the user selects, e.g., D3 of the displayed D2 to D4 with a touch panel, the corresponding data of C2 is extracted from C1 to C3 and stored in F1 of a nonvolatile memory.

Abstract: Information displayed on the display screen of the wrist-watch-type information unit 50 that uses the information processing function of a non-contact IC card is changed to predetermined information, such as publicity of an event, advertisement information, or information prompting a user's behavior (prompting a user to come to an amusement facility), according to an elapsed time from a predetermined reference time specified by each of attraction systems 40-A to 40-N or a time left until a predetermined reference time.

Abstract: An electronic apparatus having two or more functions includes a nonvolatile store in which the identities of two or more keys are stored and two or more functions are classified into groups, each group being distinguished by two or more of the keys. A controller is coupled with the nonvolatile store and enables a function that is selected by operating a key, which function matches an identification number to be entered by a user.

Abstract: During channel selection on automatic fine tuning (AFT) operation is carried out over a period longer than one vertical scanning period.

Abstract: A television receiver and apparatus which includes a field memory which is capable of storing a video signal during a first period of time and includes a control for controlling the writing of the video signal in the image and also for displaying the stored video signal on the video screen intermittently.

Abstract: A control system, for example, for a television receiver comprised of a monitor and a tuner has a plurality of sources of control commands, such as, remote control command receivers associated with the television monitor and tuner, respectively, and a manual control device or keyboard associated with the monitor, a plurality of input terminals connected to the control command sources, respectively, through independent paths and each of which is assigned a predetermined priority in relation to the other input terminals, and a controller for selecting one of the control commands in the order of the predetermined priorities assigned thereto when such control commands are simultaneously received at the respective input terminals, and for producing a control signal for the monitor and/or tuner in correspondence with the selected control command.

Abstract: A switched power supply is connected to electronic circuitry the supply of power to which is to be controlled. An automatic switch enables the switched power supply selectively to energize or de-energize the electronic circuitry. A nominally continuous power supply is also provided, and a reset signal generator is connected thereto for generating a reset signal in response to a rising edge of an output voltage of the nominally continuous power supply following an interruption of the output voltage. A power switch is provided, together with a reset device actuated by the reset signal and a switching circuit controller connected to the automatic switch. A memory is connected to the switching circuit controller for memorizing the condition thereof and producing a memory output signal in response thereto. A detector detects the condition of the power switch and produces a detector output signal in response thereto.