Abstract: A video analyzing device is configured to acquire information related to a motion of a target object based on a video showing the motion. The video analyzing device includes circuitry. The circuitry is configured to perform a video displaying process of displaying the video on a display screen of a display device; a region specifying process of specifying a part of a range shown in the video as a determination region; and an information acquiring process of acquiring the information based on a change in the specified determination region. The region specifying process includes specifying the part as the determination region based on an operation by a user for selecting a range surrounding the target object from a still image. The still image is part of the video and includes the target object.

Abstract: Audio data is prevented from not synchronizing with video data when splicing. A first GOP of a video stream of a second program is spliced to a last GOP of a video stream of a first program. A first GOP of an audio stream of the second program is spliced to a last GOP of an audio stream of the first program. In this case, a gap amount PTS_FS required for synchronizing video data and audio data after the splicing is computed for each GOP. For the splicing processing, a gap amount PTS_FS_SPLYCE caused when the last GOP is spliced to the first GOP directly and the PTS_FS are used.

Abstract: Disclosed herein is an information processing apparatus configured to classify time-series input data into N classes, including, a time-series feature quantity extracting section, N calculating sections, and a determination section.

Abstract: An information processing apparatus includes an acquisition unit operable to acquire first information to be played back, and second information relating to a breakpoint candidate of the first information; a display control unit operable to control the playback of the first information; and a display speed control unit operable to control a playback speed of the first information based on the second information. The display speed control unit controls the playback speed of the first information based on the second information so that the first information is played back at a relatively low speed within a predetermined period of the first information in the vicinity of the breakpoint candidate and is played back at a relatively high speed within a remaining period of the first information.

Abstract: Disclosed herein is an information processing apparatus configured to classify time-series input data into N classes, including, a time-series feature quantity extracting section, N calculating sections, and a determination section.

Abstract: An image capturing apparatus, method for recording captured image data, and captured image data processing apparatus and method are provided. An image capturing apparatus includes an image capturing device, a compressing unit that compresses image data captured with the image capturing device, an obtaining unit that obtains defect-check information adapted to determine whether or not capturing has failed during the capturing by the image capturing device, and a recording unit that records the defect-check information obtained by the obtaining unit onto a recording medium in association with the corresponding image data compressed by the compressing unit.

Abstract: The present invention relates to an apparatus, a method, and a program for processing images that can reproduce images in which color tones are preserved even when a luminance signal level is changed by gradation conversion. A Y-matrix unit 112 and a C-matrix unit 113 convert an original color obtained from image-sensing devices 111 to luminance signals and color-difference signals. A gradation-correction unit 114 performs gradation adjustment on luminance signals Y and convert them to luminance signals Y? to be output. The gradation-correction unit 114 further converts the luminance signals Y? to signals Y?, which are Y signals according to the XYZ color system, and outputs them to a color-difference correction unit 115.

Abstract: Audio data is prevented from not synchronizing with video data when splicing. A first GOP of a video stream of a second program is spliced to a last GOP of a video stream of a first program. A first GOP of an audio stream of the second program is spliced to a last GOP of an audio stream of the first program. In this case, a gap amount PTS_FS required for synchronizing video data and audio data after the splicing is computed for each GOP. For the splicing processing, a gap amount PTS_FS_SPLYCE caused when the last GOP is spliced to the first GOP directly and the PTS_FS are used.

Abstract: Audio data is prevented from not synchronizing with video data when splicing. A first GOP of a video stream of a second program is spliced to a last GOP of a video stream of a first program. A first GOP of an audio stream of the second program is spliced to a last GOP of an audio stream of the first program. In this case, a gap amount PTS_FS required for synchronizing video data and audio data after the splicing is computed for each GOP. For the splicing processing, a gap amount PTS_FS_SPLYCE caused when the last GOP is spliced to the first GOP directly and the PTS_FS are used.

Abstract: An image capturing apparatus, method for recording captured image data, and captured image data processing apparatus and method are provided. An image capturing apparatus includes an image capturing device, a compressing unit that compresses image data captured with the image capturing device, an obtaining unit that obtains defect-check information adapted to determine whether or not capturing has failed during the capturing by the image capturing device, and a recording unit that records the defect-check information obtained by the obtaining unit onto a recording medium in association with the corresponding image data compressed by the compressing unit.

Abstract: The present invention relates to an apparatus, a method, and a program for processing images that can reproduce images in which color tones are preserved even when a luminance signal level is changed by gradation conversion. A Y-matrix unit 112 and a C-matrix unit 113 convert an original color obtained from image-sensing devices 111 to luminance signals and color-difference signals. A gradation-correction unit 114 performs gradation adjustment on luminance signals Y and convert them to luminance signals Y? to be output. The gradation-correction unit 114 further converts the luminance signals Y? to signals Y?, which are Y signals according to the XYZ color system, and outputs them to a color-difference correction unit 115.

Abstract: An information processing apparatus includes an acquisition unit operable to acquire first information to be played back, and second information relating to a breakpoint candidate of the first information; a display control unit operable to control the playback of the first information; and a display speed control unit operable to control a playback speed of the first information based on the second information. The display speed control unit controls the playback speed of the first information based on the second information so that the first information is played back at a relatively low speed within a predetermined period of the first information in the vicinity of the breakpoint candidate and is played back at a relatively high speed within a remaining period of the first information.

Abstract: Audio data is prevented from not synchronizing with video data when splicing. A first GOP of a video stream of a second program is spliced to a last GOP of a video stream of a first program. A first GOP of an audio stream of the second program is spliced to a last GOP of an audio stream of the first program. In this case, a gap amount PTS_FS required for synchronizing video data and audio data after the splicing is computed for each GOP. For the splicing processing, a gap amount PTS_FS_SPLYCE caused when the last GOP is spliced to the first GOP directly and the PTS_FS are used.

Abstract: A data transmission apparatus is provided in which a master station (1) for creating playlists indicative of a transmission schedule of materials and slave stations (2-1) to (2-n) for transmitting materials based upon the playlists are connected together via a network (3), the master station (1) includes an attribute imparting means (11) for imparting attributes for instructing a transmission standby to the created playlists and a transfer means (11) for transferring the created playlists and information on attributes imparted to the playlists through the network (3) to the slave stations (2-1) to (2-n) and the slave stations (2-1) to (2-n) include a time setting means (31) for setting a time and a transmission standby means (31) for judging based upon the information on the attributes whether or not the attribute is imparted to the playlist transferred from the master station (1) at this set time and executes a transmission standby based upon the playlist to which this attribute is imparted.

Abstract: A hierarchical processing apparatus and method for video and audio data for producing, modifying or deleting a playlist formed from information of reproduction times, channels and so forth of programs in the form of video and audio data is disclosed. The hierarchical processing apparatus includes an image of a first hierarchy for displaying a plurality of playlists formed from a plurality of clips which are video and audio data and additional information corresponding to the clips in a list and selecting one of the playlists to determine a playlist of an object of modification or a playlist of an object of deletion, and an image of a second hierarchy for selecting one of the plurality of clips and adding, to the selected clip, corresponding additional information to produce or modify the playlist. The image of the first hierarchy and the image of the second hierarchy allow transition therebetween in a series of operations.

Abstract: A video-audio data processor for editing encoded video-audio data of plural programs to form a serial program and then outputting the same. The processor comprises an encoder for encoding the reproduced video-audio data of each program and recording such data temporarily in a recording means; a play-out section for recording the encoded data temporarily in another recording means and then outputting the encoded data; a recording means selector for calculating the quantity of the encoded data while calculating also the remaining recording capacities of the plural recording means, and selecting one recording means, where the encoded data are to be recorded, in accordance with the data quantity and the remaining recording capacities; and a display unit for displaying the remaining recording capacities of the recording means detected by the recording means selector.