Abstract: A determination apparatus includes a first acquisition unit, a second acquisition unit, and a controller. The first acquisition unit acquires a facial photograph image, included in a medium holding the facial photograph image, as a first facial image. The second acquisition unit acquires a captured image obtained by capturing an image of an imaging area, in which the face of a driver is assumed to be located, at a start of driving and/or during driving. The controller extracts an image of the face of the driver as a second facial image from the captured image acquired from the second acquisition unit, compares the first facial image and the second facial image, and determines whether the driver is the person in the facial photograph image held by the medium.

Abstract: A determination apparatus includes a first acquisition unit, a second acquisition unit, and a controller. The first acquisition unit acquires a facial photograph image, included in a medium holding the facial photograph image, as a first facial image. The second acquisition unit acquires a captured image obtained by capturing an image of an imaging area, in which the face of a driver is assumed to be located, at a start of driving and/or during driving. The controller extracts an image of the face of the driver as a second facial image from the captured image acquired from the second acquisition unit, compares the first facial image and the second facial image, and determines whether the driver is the person in the facial photograph image held by the medium.

Abstract: A 3D video processor that outputs a left-eye image and a right-eye image to be superimposed on main video includes: a left-eye object processing unit that outputs the left-eye image; a right-eye object processing unit that outputs the right-eye image; and an image output control unit that controls the left-eye object processing unit and the right-eye object processing unit so that the images are synchronously outputted. The left-eye object processing unit determines if image output preparation of the left-eye image is completed. The right-eye object processing unit determines if image output preparation of the right-eye image is completed. The image output control unit instructs to skip the output of both the images, when the image output preparation of one of the left-eye image and the right-eye image is not completed.

Abstract: An API evaluation system which includes: a test procedure description device in which an API execution procedure is described; a virtual API device for issuing a command to call the API and acquiring a return value by supplying the API of a target device to the test procedure description device; a script execution device for performing script interpret; a command transmission device for transmitting the command to the target device; and a log reception device for receiving a result log obtained after the API execution from the target device. A user program installed on the target device is controlled and verified on per-API basis.

Abstract: An information delivery apparatus includes an encoder for encoding and packetizing digital data of an image or an audio, a frame assembly identification packet insertion unit for inserting a frame assembly identification packet including time information in the data packetized by the encoder on a frame assembly basis, and a transmission side communication module for outputting to a network the stream data having the frame assembly identification packet inserted therein by the frame assembly identification insertion unit.

Abstract: A 3D video processor that outputs a left-eye image and a right-eye image to be superimposed on main video includes: a left-eye object processing unit that outputs the left-eye image; a right-eye object processing unit that outputs the right-eye image; and an image output control unit that controls the left-eye object processing unit and the right-eye object processing unit so that the images are synchronously outputted. The left-eye object processing unit determines if image output preparation of the left-eye image is completed. The right-eye object processing unit determines if image output preparation of the right-eye image is completed. The image output control unit instructs to skip the output of both the images, when the image output preparation of one of the left-eye image and the right-eye image is not completed.

Abstract: A 3D video processor that outputs a left-eye image and a right-eye image to be superimposed on main video includes: a left-eye object processing unit that outputs the left-eye image; a right-eye object processing unit that outputs the right-eye image; and an image output control unit that controls the left-eye object processing unit and the right-eye object processing unit so that the left-eye image and the right-eye image are synchronously outputted. The left-eye object processing unit determines whether or not image output preparation of the left-eye image is completed. The right-eye object processing unit determines whether or not image output preparation of the right-eye image is completed. The image output control unit instructs to skip the output of both the left-eye image and the right-eye image, when the image output preparation of one of the left-eye image and the right-eye image is not completed.

Abstract: A 3D video processor that outputs a left-eye image and a right-eye image to be superimposed on main video includes: a left-eye object processing unit that outputs the left-eye image; a right-eye object processing unit that outputs the right-eye image; and an image output control unit that controls the left-eye object processing unit and the right-eye object processing unit so that the left-eye image and the right-eye image are synchronously outputted. The left-eye object processing unit determines whether or not image output preparation of the left-eye image is completed. The right-eye object processing unit determines whether or not image output preparation of the right-eye image is completed. The image output control unit instructs to skip the output of both the left-eye image and the right-eye image, when the image output preparation of one of the left-eye image and the right-eye image is not completed.

Abstract: An API evaluation system comprises: a test procedure description device in which an API execution procedure is described; a virtual API device for issuing a command to call the API and acquiring a return value by supplying the API of a target device to the test procedure description device; a script execution device for performing script interpret; a command transmission device for transmitting the command to the target device; and a log reception device for receiving a result log obtained after the API execution from the target device. A user program installed on the target device is controlled and verified on per-API basis.

Abstract: An information delivery apparatus includes an encoder for encoding and packetizing digital data of an image or an audio, a frame assembly identification packet insertion unit for inserting a frame assembly identification packet including time information in the data packetized by the encoder on a frame assembly basis, and a transmission side communication module for outputting to a network the stream data having the frame assembly identification packet inserted therein by the frame assembly identification insertion unit.

Abstract: A stream encoder includes a video encoder for receiving and encoding first and second angle video data, and outputting the results as first and second encoded video data, a first video buffer for storing the first encoded video data, and a second video buffer for storing the second encoded video data. The video encoder includes a motion compensation prediction encoder which can encode two or more frames per frame cycle of the first or second angle video data.

Abstract: The stream control device includes: (a) a series of units from an AV output device to a de-multiplexing unit, which decodes a stream and outputs the decoded data; (b) a parameter list storage unit in which a parameter list is stored, the parameter list including basic list structures connected in series, each of which has parameter information characterizing the respective processing performed by the units from the AV output device to the de-multiplexing unit; (c) a device driver execution unit which executes, based on the parameter list, a device driver which controls the respective processing performed by the units from the AV output device to the de-multiplexing unit; and (d) an application program execution unit which executes an application program which provides the device driver execution unit with a first address of the parameter list as an argument. Thereby, it is possible to reduce processing for designing different software interfaces for the respective device drivers.

Abstract: An optimal section setting program capable of setting in a short time and with accuracy an optimal section having a desired strength at the minimum cost without depending on skill of a designer is provided.