151 results about "DVD-Video" patented technology

A method of making a Web-DVD which integrates computer-based content, such as Web links/HTML content or images, with DVD-Video content by using a graphical user interface (GUI) is disclosed. The method provides a software application that allows a developer to add highly integrated computer-based content, such as, but not limited to, HTML content such as Web site links and images, PDF files and/or Power Point files, to a predetermined DVD-Video content with the developer using the GUI to create a Web-DVD instead of using complex JavaScript or HTML commands or programming language. The software application writes a series of DVD-ROM files, based on the developer's selection, e.g., “point and click,” of the GUI options, that create an interaction between the DVD-Video content and the computer-based content or HTML content.

The present invention relates to improvements in the generation of an authoring file, readable by an authoring program of a DVD-Video or other interaction video media, that defines the playback structure of the content residing in a given disc's "authored content zone" and also defines the location of the assets that make up the disc's "presentation data." The improvements allow generation of an authoring file that references assets that are within the authored content zone of the medium. This allows the authoring "project" from which the final DVD-Video disc image was created to be reopened in a compatible authoring program-and to be modified by such a program-without reference to any of the original source materials.

A method and system for segmenting video into an optimal set of video clusters that correspond loosely to one or more events, date ranges, time ranges, chapters or other logical segmentations of the digital video that is meaningful to the user. Video shots are selected from one or more video files on a computer-readable medium. The video shots are arranged in chronological order and a distance (e.g., time gap) between each successive pair of the arranged video shots is determined. Video clustering are generated as function of the determined ‘distances’ and/or user input, and an optimal video clustering is identified. After the optimal video clustering is identified, a time span for each of the video clusters is determined and a label is generated for each cluster. The clusters are then displayed for the user to browse using the generated labels and thumbnails derived from the video clips, transferred to a separate medium for display on another computer or other electronic device (e.g. DVD-video player) or made available for the user or other software to manipulate further.

A method for providing enhanced content for play across multiple play platforms employs steps of delivering media content to a client device; delivering HTML content to a client device, the HTML content being accessible and usable by a plurality of client device platforms; activating a browser to access the HTML content, the browser being located on and compatible for use with the client device; activating firmware on the client device to access the media content; and incorporating the accessed HTML content with the accessed media content.

Provided is a generating apparatus that generates a DVD-Video volume image, and a BD-ROM volume image, that each have: a digital stream, path information, and a jump table, where in the respective digital streams, a button command to be executed by a playback apparatus, in playing back the digital stream, is incorporated. A BD-scenario generating apparatus 7 obtains path information, a jump table, and a button command, which are for the BD-ROM, by converting any one of the description schemes for the path information, the jump table, and the button command for the DVD-Video.

In order to use video contents created according to DVD video in DVD audio, audio and video sub-directories are located under a root directory. The video sub-directory includes video contents and their management information. The audio sub-directory includes audio contents and their management information. The video management information can only access the video contents. However, the audio management information can access not only the audio contents but also the video contents.

A method for playing an interactive game uses a DVD-Video player, a display device, and appointing device. The DVD player plays a first video segment, that includes an animated element moving through different regions of the video display. The DVD player receives pointing input from the pointing device, causing a corresponding region of the display to become active. A user may send an interruption command to the DVD player. Play of the first segment may continue until an interruption command is received when the animated element is in an active region of the video display. When this occurs, the DVD player interrupts the first video segment and plays a second segment. The method may be repeated for successive levels of game play.

An input data recording apparatus is provided with a data inputting section 7 for inputting image data, moving data image and music/sound data; a data edit section 8 for editing to display a slide show using the inputted data; a data conversion section 9 for converting the slide show data into the data of Video-CD format or DVD-Video format that can be reproduced by the image reproducing equipment 21 such as a DVD player and a game console; and a data transfer section 10/data recording section 11 for recording the aforementioned data and application on such a recording medium as a CD-R and DVD-R, with consideration given to the order of seeking data in the equipment, in such a way that they can be reproduced by computer equipment and image reproducing equipment.

For converting a first representation of a media content into a second representation of the media content, a data entity builder is used, which generates a data entity being the second representation of the media content. The data entity builder generates a second representation indicator, at least one regenerated media file and a payload data schedule, the payload data schedule having schedule information indicating, for each regenerated media file, the start of the payload information of the media file. The regenerated media file represents the same media content as represented by the original media file in the first representation.

A system and method of playing recorded content on a DVD player employs software instructions on a DVD storage medium to control a DVD-Video player to make pseudo-random selections of content items from the DVD storage medium. Each content item may include an individual video sequence or a string of video sequences. Each content item is associated with a respective identification codes, such that each content item is associated with a corresponding identification code that is different from the identification codes of other content items. The DVD player controller is controlled to select, by pseudo-random selection or generation, at least one of the identification codes from the plurality of identification codes. The DVD player controller may be controlled to perform that pseudo-random selection or generation with software stored on (and read from) the DVD storage medium.

In a DVD video playback system adapted to transmit data in the form of a PS (program stream) from a source device to each sink device, a navigation manager of the source device stores system parameters, which are necessary for each sink device to decode the PS, in an unused area of a NV_PACK received from a PS demultiplexer and transmits it to a PS multiplexer. The navigation manager of the source device also produces an ORG_PACK in which navigation data necessary for each sink device to decode the PS, and transmits it to the PS multiplexer. The PS multiplexer produces a PS by multiplexing ORG_PACK and NV_PACK received from the navigation manager, V_PACK received from a video transcoder, and A_PACK and SP_PACK received from the PS demultiplexer, and the PS multiplexer transmits the resultant PS to each sink device via an in-vehicle LAN interface.

The invention discloses a vehicle intelligent control system and vehicles thereof. The vehicle intelligent control system comprises a video processing module, a voice processing module, a communication module and an information processing module. The information processing module is respectively connected with the video processing module, the voice processing module and the communication module, wherein the communication module is used for communicating with mobile terminals, the voice processing module is used for processing voice inputted by users to generate a first command information, the information processing module acquires information corresponding to the first command information according to the first command information and through the mobile terminals, the video processing module converts the first command information into video information to display, and the voice processing module converts the first command information into voice information to broadcast. The vehicle intelligent control system combine vehicle navigation, DVD video entertainment, mobile network and the like into a whole, voice control navigation and sound and imaging equipment can be realized, intelligence and comfortableness of vehicles are improved, and convenience is brought to driving of drivers.

A video application that is configured to prompt the display of images on a screen for viewing by a user. The screen includes a display layer that includes a display image having a representation of a sub-stream image. The user can select the representation of a sub-stream image to display a video stream.

Various kinds of information including information such as image data can be recorded in a recording medium without substantially lowering production efficiency. A DVD-R storing image data, meta-data of the image data, and DVD-Video files has a dual layer structure comprising a first recording layer and a second recording layer. The first recording layer comprises an organic dye layer and the second recording layer has a phase-change alloy layer. The image data are recorded in the first recording layer while the meta-data and the DVD-Video files that can be generated again are recorded in the second recording layer.

A mechanism that enables authoring of new optical disc physical media (e.g., HD-DVD) while maintaining backwards compatibility with previous physical media (e.g., DVD-ROM, DVD-Video). The system eliminates film system “switching” and avoids adding new commands to the command specification, while still allowing legacy (e.g., DVD-ROM) drives to use of the content on the legacy layer. The mechanism enables seamless use of any layer should the drive be able to recognize it. The system can employ a single logical block address (LBA) range together with the concept of “sessions” to effect backwards compatibility. As well, logical overwrite techniques can also be employed to accomplish seamless backwards compatibility.