Abstract: A system for providing digital video recorder options for editing content is disclosed. In particular, the system may include receiving requests for a first version of media content and providing access to the first version of the media content. A user that accesses the first version of the media content may select a portion of the media content, and indicate whether, for example, the portion should be skipped, modified, or emphasized when the media content is accessed on a subsequent occasion. The system, based on the selection and indication, may edit the first version of the media content to create a second version of the media content. When a subsequent attempt is made to access the first version of the media content, the system may provide the user with the option to access the second version of the media content.

Abstract: A system and method for dual recording integration, more specifically a system and method for integrating multiple recording devices are provided. Such devices would include a mounted video/audio device (such as within and/or on a vehicle dashboard) and a hand-held or otherwise attached video/audio device (such as a free body camera). The mounted device includes an opening for insertion of the hand-held device in order to provide both a means to charge the hand-held device as well as to download video/audio files from the mounted device thereto. The hand-held device may then be carried to an established storage system for complete transfer of both sets of recorded video/audio files from the two devices. The overall system utilizing firmware for such a result, as well as the two hardware devices themselves, are encompassed within this invention.

Abstract: An audiovisual work displaying a real world setting or object repeats as a video loop such that a viewer having normal visual and cognitive ability is unlikely or unable to detect the loop. The work is devoid of or has minimal instances of outliers which are otherwise more readily detected by a viewer upon successive looping of the segment. The segment may be of different lengths and optionally includes a corresponding audio component. The work is displayed on any type of screen for viewing, and may be delivered via the cloud, as a subscription, or other means. The display allows for a unique sensation where the viewer is locked in time (such as when viewing a still image) yet experiences video motion and audio variety without the sense of being caught in a continuous loop.

Abstract: A vision system for a vehicle includes a camera disposed at a windshield of the vehicle and having a field of view forward of the vehicle and through the windshield of the vehicle. The camera includes a lens and is electrically connected to circuitry established at a circuit board via a flexible electrical connector. The flexible electrical connector flexes to allow a viewing angle of the camera to differ from a mounting angle of the circuit board. As disposed at the windshield, the circuit board is angled relative to the principal axis of the field of view of the camera.

Abstract: Video editing methods and systems enable an editor to edit a video project for which source media assets are located at a media storage server located remotely from the editor with substantially the same fidelity and editing feature set that would be available if the source media assets and editor were co-located. A video editing client used by the editor maintains a persistent cache of proxy media with the layers of the video project stored independently, facilitating editing with combinations locally originated assets and remote assets. The client requests frames not already cached from the remote server via a low bandwidth network. Unless a frame is purged from the cache, no frame is requested from the server more than once. A multi-level priority prefetching scheme, including sequence-based prefetching, populates the cache with frames likely to be requested during editing.

Abstract: A system for creating synchronized content is provided. The system includes a memory, at least one processor coupled to the memory, and a synchronization engine component executable by the at least one processor. The synchronization engine component is configured to locate a media file associated with synchronization information; locate at least one clip derived from the media file; generate a reference template representative of the media file; generate a derived content template representative of the at least one clip; align the derived content template with the reference template to create alignment information; and generate the synchronized content based on the at least one clip, the alignment information, and the synchronization information.

Abstract: In a video processing apparatus, an input processing unit inputs a video frame, a first video processing unit performs image processing on the input video frame, and an output processing unit outputs the image processed video frame to display it. Further, a control unit in the video processing apparatus controls the image processing so that a video frame subjected to freeze display in response to an input of a pause instruction to the video processing apparatus is displayed in the high image quality.

Abstract: The present invention relates to an image quality adaptive video security system, a security camera generating an original video signal from a camera sensor, inserting an image quality discrimination signal including image quality information for video to the original video signal and generating a video signal. A DVR system determines whether a video signal from a security camera is transmitted in an analog transmission scheme or in a digital transmission scheme. In the case of the analog transmission scheme, the DVR system decodes the analog video signal to a first digital component video signal and detects image quality information. In a case of the digital transmission scheme, the DVR system converts the digital video signal to a digital second component video signal and detects image quality information.

Abstract: A television receiver may detect during a primary recording of particular programming degradation of a received signal quality associated with the particular programming to at or below a predetermined threshold value. The television receiver may instantiate a secondary recording of the particular programming during the primary recording when the particular programming is accessible over at least one terrestrial network. The television receiver may query a computing system to acquire content associated with at least one gap in content within the primary recording present due to received signal quality. The television receiver may output during playback of the primary recording a notification to enable access to the secondary recording when content associated with the at least one gap in content within the primary recording is unavailable over the at least one terrestrial network.

Abstract: Methods and apparatus for determining encoding parameters of an encoder or a transcoder which yield an encoded signal of optimal measurable properties are disclosed. For a video signal, the encoding parameters may include quantization granularity, a measure of display resolution, and a frame rate. The measurable properties of an encoded signal may include a fidelity index, a relative size, and a relative flow rate. Reference data records quantifying properties of sample signals encoded according to experimental sets of encoding parameters are used to define parameters of conjectured analytical functions characterizing the encoding or transcoding functions. The analytical functions are then used to generate granular tables of estimated measures of encoded-signal properties. A fast search mechanism relies on the granular tables, together with sorted arrangements of the granular tables, to determine, in real-time, preferred encoding parameters for multimedia data streams received at an encoder or a transcoder.

Abstract: In embodiments of a method, system, and device for deduplicating recordings of an audiovisual content, while a stream time is at least equal to a recording start time, and while the stream time has not yet reached a recording end time, a next chunk start time is determined and a new current chunk of the plurality of chunks is recorded, repeatedly until the next chunk start time has been reached. Chunks that each have identical chunk start times and identical chunk end times are deduplicated.

Abstract: There is provided an information processing that acquires captured image data of a subject; and associates a plurality of time points of the image data and a plurality of time points of event information based on sensor time information, the event information acquired based on sensor information acquired in time series by a sensor apparatus and indicating occurrence of an operation of the sensor apparatus.

Abstract: Embodiments of the present invention relate to a media processing engine that produces an age progression video of a person by using photos of the person. The processing engine sequences and manipulates the photos such that the focus in each chronological photo is on the person. The processing engine uses a sliding window for facial recognition across a wide age range such that pictures of the person at a younger age (e.g., infancy) are positively associated with pictures of the person at an older age (e.g., teenager). In some embodiments, the processing engine is implemented on a remote server that provides a backup or storage service to its members. The photos are located at the remote server. The age progression video can be downloaded and/or shared by a member with others. In some embodiment, the age progression video includes a text caption, such as a message promoting the service.

Abstract: Techniques are described for providing playback of media content based on dynamic multiple video ratings. Scenes of media content can be associated with content indicators describing the types of activities within the scene. The content indicators can be used to generate ratings for scenes of the media content and the ratings can be used to modify playback of the media content, for example, by skipping playback of scenes.

Abstract: In an embodiment, a method includes initiating a mobile device operable to continuously capture a live media stream such that recording of the live media stream is deactivated. The method further includes refraining from recording the live media stream while recording of the live media stream is deactivated. In addition, the method includes monitoring environmental conditions for one or more preconfigured indicators that the mobile device has exited the defined physical area. Also, the method includes, responsive to detection of at least one of the one or more preconfigured indicators, determining to activate recording of the live media stream.

Abstract: A video processing system includes: a merge server configured to decode a plurality of individual videos provided from video providing units, encode the plurality of individual videos by adjusting an amount of data of each of the individual videos to generate a preliminary video, and provide the preliminary video; a display server configured to receive the preliminary video and configure final videos according to output conditions of a display device; and a control server configured to receive the output conditions from the display server and transfer an output control signal with respect to the preliminary video to the merge server. When a user wants, individual videos provided from the plurality of video providing units can be displayed on a display device without sacrificing resolution and a frame rate, and since videos can be zoomed in/out and panned in real time, operational responsiveness and usage efficiency of the video processing system can be enhanced.

Abstract: The present technique relates to a data generation apparatus, a data generating method, a data reproduction apparatus, and a data reproducing method capable of enabling a user to enjoy an HDR image. HDR information designated by HDR designating information is acquired from a file storing a track of a stream including the HDR information which is configured with feature information representing features of luminance of an HDR (high dynamic range) image having a dynamic range higher than that of an STD (standard) image and conversion information representing a conversion rule of converting the one of the STD image and the HDR image into the other and a target track including the HDR designating information designating the HDR information which is to be applied to the target track of interest in the HDR information of the track. The present technique can be applied, for example, to the case of applying HDR information to a subtitle having an SMPTE-TT format using XML.

Abstract: The technology disclosed relates to scoring user experience of video frames displayed on a mobile or other video display device. In particular, it relates to capture alignment and test stimulus isolation techniques that compensate for artifacts in the capture mechanism. The technology disclosed includes methods and systems for analyzing both downlink and uplink quality for mobile or other video display device cameras capturing and transmitting video frames including teleconference video display. Particular aspects of the technology disclosed are described in the claims, specification and drawings.

Abstract: The present disclosure relates to a method and a device for playing multimedia. The method may comprise: obtaining at least one of audio data and subtitle data of a first preset time length before a pause position of a multimedia; determining a starting position of a complete semantic statement according to at least one of the audio data and the subtitle data; and continuing to play the multimedia according to the starting position when an instruction of continuing to play the multimedia is detected or a condition of continuing to play the multimedia is met.

Abstract: A video data processing method and/device for display adaptive video playback are disclosed. The video data processing method includes transmitting extended display identification data (EDID) indicating capabilities of a sink device to a source device via an interface, the EDID including electro optical transfer function (EOTF) type information for identifying EOTF supported by the sink device, receiving video data from the source device via the interface, and playing the received video data back.