Abstract: Provided is an image stabilization device including a motion sensor for detecting motion data, an image data display unit for displaying image data, a shake coefficient calculation unit for calculating a shake coefficient indicating intensity of shaking based on time-series motion data detected by the motion sensor, and a motion correction unit for performing control on the image data display unit to move the image data in a direction of cancelling the shaking in a case the shake coefficient calculated by the shake coefficient calculation unit becomes less than a predetermined first threshold.

Abstract: A streaming system includes an authoring unit (2), a stream server (3) and a client terminal (5). The authoring unit generates a file composed of encrypted contents data and the ancillary information at least containing the packetizing control information for generating an RTP packet, a non-encrypted codec dependent header made up of the information pertinent to encoded contents data, and the encryption information for decrypting the encrypted contents data form packet to packet. The streaming server packetizes the encrypted contents data along with at least the codec dependent header and distributes the resulting data as a stream. The client terminal refers to the codec dependent header of the received packet, re-assembles the packet, and decrypts the encrypted contents data of the re-assembled packet to generate contents data.

Abstract: This technology relates to a signal processing device, a signal processing method, a recording medium, and a program capable of enabling appropriate beam forming with a simple configuration even when a positional relationship between a plurality of transducers included in a probe of an ultrasonic diagnostic device is not fixed. A reception BF unit calculates a phase difference indicating a relative positional shift between a plurality of transducers based on a difference between each phase difference of a signal of a reflective wave in each of a plurality of transducers of an ultrasonic wave transmitted from a transducer being a transmission target out of a plurality of transducers, relative positions of which are not fixed, and each known phase difference of the signal of the reflective wave in a plurality of transducers in a case in which an arrangement of a plurality of transducers is a reference arrangement.

Abstract: An image processing apparatus includes: when a probe is moved, a shift amount correction section configured to correct an amount of shift from a first frame to a second frame being a frame at different time from the first frame; and a distortion amount calculation section configured to calculate an amount of distortion on the basis of a phase difference detected from the first frame and the second frame having been subjected to shift amount correction by the shift amount correction section.

Abstract: This technology relates to a signal processing device, a signal processing method, a recording medium, and a program capable of enabling appropriate beam forming with a simple configuration even when a positional relationship between a plurality of transducers included in a probe of an ultrasonic diagnostic device is not fixed. A reception BF unit calculates a phase difference indicating a relative positional shift between a plurality of transducers based on a difference between each phase difference of a signal of a reflective wave in each of a plurality of transducers of an ultrasonic wave transmitted from a transducer being a transmission target out of a plurality of transducers, relative positions of which are not fixed, and each known phase difference of the signal of the reflective wave in a plurality of transducers in a case in which an arrangement of a plurality of transducers is a reference arrangement.

Abstract: An ultrasonic processing apparatus includes a viscoelastic coefficient calculation unit that calculates a viscoelastic coefficient of an object from an ultrasonic signal acquired through an oscillator of a probe; and a spatial change amount calculation unit that calculates spatial change amount of the viscoelastic coefficient calculated by the viscoelastic coefficient calculation unit and outputs the calculated spatial change amount as brightness information when displaying an image relating to the viscoelastic coefficient.

Abstract: A processing device for adding a subtitle to a three-dimensional (3D) image produced by left-eye and right-eye display patterns displayed on a display is disclosed. The processing device may include a video decoder configured to receive video content data representing content left-eye and content right-eye display patterns. The processing device may also include an audio decoder configured to receive sound data indicative of an audio volume level. Additionally, the processing device may include a subtitle decoder configured to receive subtitle data indicative of a subtitle display pattern, and modify the subtitle data based on the sound data. The processing device may also include a superimposition unit configured to combine the modified subtitle data with the video content data to create combined pattern data representing combined left-eye and combined right-eye display patterns.

Abstract: The present disclosure relates to a signal processing apparatus and a signal processing method for increasing the precision of probe movement calculations. An A array transducer is a one-dimensional array transducer that is a conventional array transducer. A B array transducer and a C array transducer are connected to both ends of the short side of the A array transducer (the right and left ends in the drawing), so that the array direction of the respective transducers in the A array transducer is perpendicular to the array direction of the respective transducers in the B array transducer and the C array transducer. The present disclosure can be applied to a signal processing apparatus that generates an ultrasound image from signals supplied from a probe that captures ultrasound images, and displays the generated ultrasound image.

Abstract: The present technique relates to an image processing device, an image processing method, and a program allowing a grasp of an ultrasonic image with an intuitive and simplified manipulation. A probe generates an ultrasonic wave and receives a reflective wave reflected at an object. A detection unit detects one or more physical quantities of the probe. A display unit displays a tomographic image showing a cross-section of a predetermined position of the object, out of the ultrasonic image of the object generated based on the reflective wave received by the probe. A sensor information acquisition unit acquires a detection result by a sensor unit as sensor information. In a tomographic image generation unit, regarding the sensor information as a parameter, a reference tomographic image is transformed according to a change of the parameter, whereby the tomographic image to be displayed on the display unit is generated. A display control unit controls the display unit to display the generated tomographic image.

Abstract: Techniques for image stabilization may include detecting motion of an apparatus configured to display image data, the image data comprising one or more frames, a first frame of the one or more frames comprising a plurality of layers. The plurality of layers may be processed to correct for the detected motion. The processing may comprise applying a different degree of motion correction to a first layer of the plurality of layers than to a second layer of the plurality of layers. Such techniques may be performed via an apparatus comprising a display control unit configured to cause the image data to be displayed, and a motion correction unit configured to perform the processing.

Abstract: This technology relates to a signal processing device, a signal processing method, a recording medium, and a program capable of enabling appropriate beam forming with a simple configuration even when a positional relationship between a plurality of transducers included in a probe of an ultrasonic diagnostic device is not fixed. A reception BF unit calculates a phase difference indicating a relative positional shift between a plurality of transducers based on a difference between each phase difference of a signal of a reflective wave in each of a plurality of transducers of an ultrasonic wave transmitted from a transducer being a transmission target out of a plurality of transducers, relative positions of which are not fixed, and each known phase difference of the signal of the reflective wave in a plurality of transducers in a case in which an arrangement of a plurality of transducers is a reference arrangement.

Abstract: Techniques for image stabilization may include detecting motion of an apparatus configured to display image data, the image data comprising one or more frames, a first frame of the one or more frames comprising a plurality of layers. The plurality of layers may be processed to correct for the detected motion. The processing may comprise applying a different degree of motion correction to a first layer of the plurality of layers than to a second layer of the plurality of layers. Such techniques may be performed via an apparatus comprising a display control unit configured to cause the image data to be displayed, and a motion correction unit configured to perform the processing.

Abstract: An electroencephalographic headset includes: a supporter that includes expanding and contracting wires each having expansion and contraction properties and is to be attached to a head of a user by expansion and contraction of each of the expanding and contracting wires; and a plurality of electrodes that are provided to the supporter in defined placement.

Abstract: An image display apparatus may include a display section for presenting an image. The apparatus may also include a viewing angle calculation section for determining a viewing angle of a user relative to the display section. Additionally, the apparatus may include an image generation section for generating first image data representing a first image, and for supplying the first image data to the display section for presentation of the first image. The image generation section may generate the first image data based on the user's viewing angle, second image data representing a second image, and third image data representing a third image. The second image may include an object viewed from a first viewing angle and the third image may include the object viewed from a second viewing angle, the first viewing angle and the second viewing angle being different from each other and from the user's viewing angle.

Abstract: Provided is an electronic apparatus including a storage configured to store video contents shot by a user; a reproducer configured to reproduce the stored video contents; a controller configured to analyze each of the video contents to extract lower meta-information items, to analyze the extracted lower meta-information items to derive an upper meta-information item, and to calculate, based on an upper meta-information item of a first video content being reproduced and upper meta-information items of second video contents other than the first video content among the video contents, a score for each of the second video contents; and an output unit configured to output, according to the calculated score, a recommendation information item for recommending at least one of the second video contents after the reproduction of the first video content is stopped.

Abstract: In a band in which a plurality of members are connected to one another through joints serving as connection axes parallel to one another, an inter-panel angle indicating an angle between the members adjacent to each other through the joint is adjusted. Each joint is provided with an angular sensor for detecting the inter-panel angle. Based on the detected inter-panel angle, the peripheral shape indicating a shape of at least a part of a periphery of the object to be measured, on which the band is mounted, is measured. The present technology, for example, is useful for an abdominal girth measurement apparatus.

Abstract: A recording apparatus includes a recording controller configured to record picture data of a 3D picture and viewing environment information indicating an environment intended as a viewing environment for the 3D picture on a recording medium.

Abstract: A streaming system includes an authoring unit (2), a stream server (3) and a client terminal (5). The authoring unit generates a file composed of encrypted contents data and the ancillary information at least containing the packetizing control information for generating an RTP packet, a non-encrypted codec dependent header made up of the information pertinent to encoded contents data, and the encryption information for decrypting the encrypted contents data form packet to packet. The streaming server packetizes the encrypted contents data along with at least the codec dependent header and distributes the resulting data as a stream. The client terminal refers to the codec dependent header of the received packet, re-assembles the packet, and decrypts the encrypted contents data of the re-assembled packet to generate contents data.

Abstract: A biological signal measurement apparatus includes a supporter and a vital sensor. The supporter is made of a shape-memory material. The vital sensor is configured to acquire a biological signal of a user. The vital sensor is attached to the supporter.

Abstract: Provided is an image stabilization device including an image capturing unit for capturing an image of a face of a user, a motion detection unit for detecting motion of the face whose image has been captured by the image capturing unit, a motion prediction unit for predicting motion of the face to be detected at a next time point, based on the motion of the face detected in time-series by the motion detection unit, an image data display unit for displaying image data, and a motion correction unit for performing control on the image data display unit to move the image data in a direction of cancelling the motion of the face predicted by the motion prediction unit.