Abstract: A method of producing an image frame from event packets received from an event camera comprises: forming a tile buffer sized to accumulate event information for a subset of image tiles, the tile buffer having an associated tile table that determines a mapping between each tile of the image frame for which event information is accumulated in the tile buffer and the image frame. For each event packet: an image tile corresponding to the pixel location of the event packet is identified; responsive to the tile buffer storing information for one other event corresponding to the image tile, event information is added to the tile buffer; and responsive to the tile buffer not storing information for another event corresponding to the image tile and responsive to the tile buffer being capable of accumulating event information for at least one more tile, the image tile is added to the tile buffer.

Abstract: Systems and methods for video distribution synchronization are described herein. An example method to distribute a media stream over a distribution network to a number of devices may include determining, by one or more computer processors coupled to memory, a common master-client shared time reference Tref. Example methods may include determining a mean intermediate arrival time for first packets of a first type of the media stream, determining respective first playout times for the first packets based on the mean intermediate arrival time and the time reference Tref, associating the first packets with the respective first playout times, and distributing the media stream to the plurality of devices.

Abstract: The performance of a discriminator is improved at low cost. An image quality parameter group in the development processing is obtained so that the discrimination success rate of a discriminator based on developed image data obtained by performing the development processing on captured image data is increased. For example, the discrimination success rate is obtained by comparing a discrimination result from the discriminator with the correct answer discrimination result in a ground truth database. Since the image quality parameter group in the development processing is optimized in accordance with a discriminator, a preprocessing unit for enhancing the discrimination performance of the discriminator is unnecessary. The performance of a discriminator can be improved at low cost.

Abstract: A video playback buffer adjustment system is disclosed. The video playback buffer has a target size, measured in units of time of content, and includes a compressed frames queue and an uncompressed frames queue. The uncompressed frames queue has a minimum threshold queue size. If the size of the uncompressed frames queue falls below the minimum threshold size, then a next encoded frame in the compressed frames queue is removed from the compressed frames queue, decoded, and enqueued in the uncompressed frames queue. If a current size of the playback queue exceeds the target size plus ? (a hysteresis value), then a playback frame rate is increased, and a presentation time of one or more frames in the uncompressed frames queue is adjusted according to the increased playback frame rate. If the playback queue size is less than the target size minus ?, the playback speed can be reduced.

Abstract: A data processing device includes a first decoder suitable for performing normal or fast decoding for a plurality of data chunks, wherein the first decoder performs the normal decoding for a first data chunk among the plurality of data chunks, and performs the normal decoding or the fast decoding for a second data chunk among the plurality of data chunks, based on a result of the normal decoding for the first data chunk.

Abstract: Systems and methods can support a data processing apparatus. The data processing apparatus can include a data processor that is associated with a data capturing device on a stationary object and/or a movable object. The data processor can receive data in a data flow from one or more data sources, wherein the data flow is configured based on a time sequence. Then, the data processor can receive a control signal, which is associated with a first timestamp, wherein the first timestamp indicates a first time. Furthermore, the data processor can determine a first data segment by applying the first timestamp on the data flow, wherein the first data segment is associated with a time period in the time sequence that includes the first time.

Abstract: A content receiver receives an captioning element and positional information regarding segments of a content instance. The captioning element corresponds to a component of captioning data included in content that can be utilized with the positional information to locate where the segments stop and/or start. The content receiver analyzes the content based on the captioning element and the positional information and alters how the content will be presented. Such alteration may involve skipping and/or deleting segments, starting/stopping presentation of content other than at the beginning and/or end of the content, altering recording timers, and/or replacing segments with alternative segments. In some implementations, the content may be recorded as part of recording multiple content instances received via at least one broadcast from a content provider wherein the multiple content instances are all included in a same frequency band of the broadcast and are all encoded utilizing a same control word.

Abstract: A control apparatus reproducing second moving image data of which at least one of a bit rate, a frame rate, and resolution has been converted from that of first moving image data and generating an instruction to reproduce the first moving image data to synchronously reproduce control of a plurality of pieces of moving image data having different physical characteristics.

Abstract: Multiple segment identifiers associated with a single item of content and substitute content associated therewith can be utilized as a mechanism to provide content substitution using multiple content formats by utilizing a segment routing state machine. This abstract is not to be considered limiting, since other embodiments may deviate from the features described in this abstract.

Abstract: An image coding apparatus which divides each of one or more image frames into a plurality of rectangular tiles according to a predetermined tile division method and encodes each tile, the image coding apparatus includes an input unit configured to input from outside, tile division information indicating a divided state of the tiles and a preview area to be used in a preview in which an image is displayed in a smaller size as compared to a size of the frame, a determination unit configured to determine from the tile division information and the preview area to be used in the preview, preview tile to be used in a preview, a generation unit configured to generate tile preview information including identification information of tiles corresponding to the determined preview tile.

Abstract: A multicore system 2 includes a main system program 610 that operates on a first processor core 61 and stores synthesized audio data, which is mixed audio data, to a buffer for DMA transfer 63, a standby program 620 that operates on a second processor 62, and an audio output unit 64 that sequentially stores the synthesized audio data transferred from the buffer for DMA transfer 63 and plays the stored synthesized audio data. When an amount of storage of the synthesized audio data stored to the buffer for DMA transfer 63 has not reached a predetermined amount of data determined according to the amount of storage of the synthesized audio data stored to the audio output unit 64, the standby system program 620 takes over and executes the mixing and the storage of the synthesized audio data that is executed by the main system program 610.

Abstract: A video reproducing apparatus includes a decoding unit performing decoding of coded video signals of multiple viewpoints, a load detecting unit detecting a process load on the decoding unit, and a control unit controlling the decoding unit in accordance with the detected process load and reducing a load of the decoding from a viewpoint with a low degree of priority.

Abstract: A reproducing device includes: one or more input source selectors for selecting content to reproduce; two or more decoding processors for decoding the content; two or more output controllers for reproducing and outputting the decoded content; an instruction reception unit for receiving a reproduction instruction specifying arbitrary content, to have the specified content reproduced and output by one of the output controllers; a reproducibility determiner for deciding, on a basis of usage conditions of the input source selectors and the decoding processors, whether or not the specified content can be reproduced with one of the decoding processors; a reproduction path determiner for designating, on a basis of the decision, which decoding processor and which output controller to use to reproduce the specified content; and a reproduction controller for using the designated decoding processor and output controller to reproduce the specified content.

Abstract: A moving-picture processing device distributing moving-picture data to an information processing terminal includes: a division processing unit for generating a plurality of divided moving-picture data obtained by dividing moving-picture data, a moving-picture processing unit for subjecting each data item of said plurality of divided moving-picture data to a distribution process for distributing moving-picture data, and a distribution processing unit for sequentially distributing, by each arbitrary data amount as distribution data to the information processing terminal, each data item of said plurality of divided moving-picture data that have undergone the distribution process. The moving-picture processing unit executes the distribution process in parallel.

Abstract: A playback device that secures coexistence of a built-in GUI for a built-in machine created uniquely by the manufacturer and a stereoscopic image created by the contents provider. A subtitle decoder displays a subtitle in a predetermined layout by decoding a subtitle stream. A GUI processing unit draws the built-in GUI. The layout of the subtitle to be displayed is one of: normal layout in which areas for subtitle display are provided both in upper and lower parts of a screen; top arrangement layout in which an area for displaying subtitle is provided only in the upper part of the screen; and bottom arrangement layout in which the area for displaying the subtitle is provided only in the lower part. When the top or bottom arrangement layout is selected as the layout of the subtitle, the GUI processing unit selects the layout of the subtitle as the layout of the built-in GUI.

Abstract: Some embodiments provide a video recording device for capturing a video clip. The video recording device receives a selection of a non-temporally compressed encoding scheme from several different encoding schemes for encoding the video clip. The different encoding schemes include at least one temporally compressed encoding scheme and at least the selected non-temporally compressed encoding scheme. The video recording device captures the video clip as several frames. The video recording device non-temporally encodes each of the frames as several slices. The slices of a particular frame are for decoding by several processing units of a video decoding device. The video recording device stores the video clip in a storage.

Abstract: A moving image playback apparatus includes two decoders and one output buffer. In standby, using I-picture in a specified GOP as a reference, a controller causes a storage device to sequentially read first coded image data of the pictures in a first GOP preceding a specified GOP and the pictures up to I-picture in the specified GOP, and causes a first decoder to decode the first coded image data, during which the controller causes the storage device to sequentially read second coded image data of the pictures in the specified GOP and the pictures up to I-picture in a second GOP following the specified GOP, and causes a second decoder to decode the second coded image data. Thereafter, outputs from the first and second decoders are written to the output buffer, and outputted from the output buffer immediately upon start of reverse playback, and moving images are played back.

Abstract: An encoding method includes controlling recording of frame-position information representing the position of a frame in a video stream, and controlling recording of unit-region-position information representing the position of a unit region serving as a processing unit used when the video stream is decoded.

Abstract: A digital video recorder stores digital video streams having sequences of encoded frames that are predominantly non-keyframes. The digital video recorder synthesizes keyframes for the digital video stream by decoding the frames in sequence and occasionally capturing the state of the decoder as it decodes the frames. The decoder states are stored in a state index in association with the frames. During playback at normal or accelerated speeds, the digital video recorder is capable of random accelerated access of any frame in the digital video stream. A decoder state associated with the accessed frame is retrieved from the state index and used to begin decoding at or near the accessed frame. The decoder state initializes a playback decoder to the state that enables complete decoding and rendering of the accessed frame without having to decode multiple frames previous to the accessed frame, thereby minimizing time delays in playback.

Abstract: A video-audio processing method includes acquiring encoded audio data, decoding the acquired encoded audio data and thereby creating audio data; causing an audio output unit to output the created audio data, capturing a video image of an object in synchronization with an output of the audio data by the audio output unit and thereby creating first video data, encoding the created first video data and thereby creating first encoded video data, holding the first encoded video data, and multiplexing the encoded audio data and the first encoded video data and thereby creating a first stream.

Abstract: A broadcast management system creates, manages, and streams a broadcast of an event from videos captured from multiple cameras. A video capture system comprising multiple cameras captures videos of the event and transmits the videos to a broadcast management server. The broadcast management server generates a website or other graphical interface that simultaneously displays the captured videos in a time-synchronized manner. A broadcast manager user creates a broadcast by selecting which video to output to the broadcast at any given time. A broadcast map is stored for each broadcast that includes all of the broadcast decisions made by the broadcast manager user such that the broadcast can be recreated at a later time by applying the broadcast map to the raw videos. Using a viewer client, viewers can browse or search for broadcasts and select a broadcast for viewing.

Abstract: An exemplary method for managing a first storage space and a second storage space utilized by a video playback operation includes: during a first time period, accessing the first storage space for data associated with a first processing operation included in the video playback operation, and accessing the second storage space for data associated with a second processing operation included in the video playback operation; and during a second time period, accessing the first storage space and the second storage space for data associated with the first processing operation. The first processing operation is different from the second processing operation. The second storage space is dedicated to buffering data associated with the second processing operation during the first time period.

Abstract: A digital video recorder (DVR) system with an integrated DVD recording device accepts TV input streams in a multitude of forms. Analog TV streams are converted to an MPEG formatted stream for internal transfer and manipulation, while pre-formatted MPEG streams are extracted from the digital TV signal and presented in a similar format. Indexes within the MPEG stream are determined and saved at predefined intervals and are stored on a hard disk along with the MPEG program material and used to create navigation packets when writing to a DVD inserted in an integrated DVD player/recorder. When a program is requested for display from the hard disk or the integrated DVD player/recorder, the program material are extracted from the appropriate source and reassembled into an MPEG stream which is sent to a decoder. The decoder converts the MPEG stream into TV output signals and delivers the TV output signals to a TV monitor.

Abstract: A shared decoder resource is assigned to an input buffer providing an input data stream to generate a decoded output data stream. An event is detected that switches a preferred allocation of the video decoding resource relative to the application. The application using the video decoder is instructed to release the video decoder resource. The video decoding resource is then re-allocated to another input buffer to provide an input data stream of an other application to the video decoder to generate the output data stream. The input buffer of the input data streams associated with the application prior to receiving the event is maintained in a suspended state while the respective application is still active but is not associated with the video decoder.

Abstract: In a composite audio-video apparatus, when a user operates a remote controller and sends a DVD reproducing command, a remote control receiving section receives the DVD reproducing command and outputs it into a VCR control section and DVD control section. The DVD control section controls a DVD reproduce section to reproduce a DVD, and the DVD control section sends a direction signal to the VCR control section. When the VCR control section receives the direction signal, the VCR control section sends an image changeover signal to an image output section, and the image output section is set its image inputting source to the DVD reproduce section. The image reproduced by the DVD reproduce section is outputted to a television set via the image output section.

Abstract: A digital video recorder stores digital video streams having sequences of encoded frames that are predominantly non-keyframes. The digital video recorder synthesizes keyframes for the digital video stream by decoding the frames in sequence and occasionally capturing the state of the decoder as it decodes the frames. The decoder states are stored in a state index in association with the frames. During playback at normal or accelerated speeds, the digital video recorder is capable of random accelerated access of any frame in the digital video stream. A decoder state associated with the accessed frame is retrieved from the state index and used to begin decoding at or near the accessed frame. The decoder state initializes a playback decoder to the state that enables complete decoding and rendering of the accessed frame without having to decode multiple frames previous to the accessed frame, thereby minimizing time delays in playback.

Abstract: A moving image playback apparatus capable of starting within a short time to play back reverse direction moving images is provided. The apparatus includes two decoders and one output buffer. In standby, using I-picture in a specified GOP as a reference, a controller causes a storage device to sequentially read first coded image data of the pictures in a first GOP preceding a specified GOP and the pictures up to I-picture in the specified GOP, and causes a first decoder to decode the first coded image data. Moreover, during the decoding of the first decoder, the controller causes the storage device to sequentially read second coded image data of the pictures in the specified GOP and the pictures up to I-picture in a second GOP following the specified GOP, and causes a second decoder to decode the second coded image data. Thereafter, the controller causes the outputs from the first and second decoders to be written to the output buffer.

Abstract: Disclosed is a method for decoding an image block. The method comprises a step of decoding an image block of a first layer based on a corresponding block of a second layer encoded with an intra mode, wherein a first area is formed with pixels, which are adjacent to a corner pixel positioned in the corresponding block in a diagonal direction and extend in vertical and horizontal directions away from the corresponding block, and data are padded in the first area based on the corner pixel and the pixels positioned in the first area and at least one of first and second blocks, which are simultaneously adjacent to the corresponding block and encoded with the intra mode. Accordingly, a reference block required when a macro block is encoded in an intra base mode or when a macro block encoded in the intra base mode is decoded has more precise values, thereby enabling improvement of a coding efficiency.

Abstract: A high resolution video signal is divided by video division means into a main signal and a sub signal, and the main signal and the sub signal are MPEG-encoded. The stream of the main signal and the stream of the sub signal are divided into 1 GPO or more of frames. First interleave blocks each including 1 GOP or more of the stream of the main signal and second interleave blocks each including 1 GOP or more of the stream of the sub signal are recorded on an optical disk. A high resolution reproduction apparatus reproduces both the first and second interleave blocks to obtain a high resolution video output. A non-high quality picture reproduction apparatus reproduces only the first or second interleave blocks to obtain a standard resolution video output.

Abstract: A method for switching decoding and rendering of a digital video stream from a first graphics processing unit (GPU) to a second GPU. The digital video stream is evaluated to determine an amount of time until a next intra-coded frame (I-frame) in the digital video stream. If the amount of time is below a threshold, decoding and rendering of the digital video stream is switched to the second GPU on the next I-frame in the digital video stream and decoding the digital video stream by the first GPU is stopped. If the amount of time is above the threshold, the digital video stream is decoded on both the first GPU and the second GPU, the rendering of the digital video stream is switched to the second GPU, and decoding the digital video stream by the first GPU is stopped.

Abstract: A media data playback device is capable of simultaneously parsing and decoding two different sections of streaming media, where one section of the streaming media comprises a replay section. The device shows replay progress of the replay section on a progress bar and allows switching positions during replaying of the replay section.

Abstract: A high resolution video signal is divided by video division means into a main signal and a sub signal, and the main signal and the sub signal are MPEG-encoded. The stream of the main signal and the stream of the sub signal are divided into 1 GOP or more of frames. First interleave blocks each including 1 GOP or more of the stream of the main signal and second interleave blocks each including 1 GOP or more of the stream of the sub signal are recorded on an optical disk. A high resolution reproduction apparatus reproduces both the first and second interleave blocks to obtain a high resolution video output. A non-high quality picture reproduction apparatus reproduces only the first or second interleave blocks to obtain a standard resolution video output.

Abstract: A media data playback device is capable of simultaneously parsing and decoding two different sections of streaming media, one of which comprises a replay section. The device shows replay progress of the replay section on a progress bar and allows switching positions during replaying of the replay section.

Abstract: A high resolution video signal is divided by video division means into a main signal and a sub signal, and the main signal and the sub signal are MPEG-encoded. The stream of the main signal and the stream of the sub signal are divided into 1 GPO or more of frames. First interleave blocks each including 1 GOP or more of the stream of the main signal and second interleave blocks each including 1 GOP or more of the stream of the sub signal are recorded on an optical disk. A high resolution reproduction apparatus reproduces both the first and second interleave blocks to obtain a high resolution video output. A non-high quality picture reproduction apparatus reproduces only the first or second interleave blocks to obtain a standard resolution video output.

Abstract: In a method of controlling multiple decoders in an optical disc player system to read encoded bitstream data divided into multiple sectors from a buffer memory, one of the sectors stored in the buffer memory is read according to a reading pointer associated with one of the decoders that sent out a bitstream request. When a header portion of the sector that is being read from the buffer memory indicates a bitstream type corresponding to that of the bitstream request, a data portion of the sector is transferred to the decoder that sent out the bitstream request, and the reading pointer is adjusted to point to a next one of the sectors stored in the buffer memory. An optical disc player system for implementing the method and an optical disc player system capable of saving the memory bandwidth between a bitstream demultiplexer and a memory are also disclosed.

Abstract: A data multiplexing apparatus for arranging video streams and audio streams respectively into packs and multiplexing these packs to create a system stream. The apparatus includes a virtual decoding video buffer occupancy calculator virtually calculating an occupancy of a decoding video buffer temporarily storing the video streams, a virtual decoding audio buffer occupancy calculator virtually calculating an occupancy of a decoding audio buffer temporarily storing the audio streams, a virtual decoding audio buffer storing a calculation result in the virtual decoding audio buffer occupancy calculator, and a payload length setting section setting an overflow limit value for the virtual decoding audio buffer. The payload length setting section sets the overflow limit value to a value of an integral multiple of an audio frame length.

Abstract: There is provided an image reproduction apparatus for seamlessly reproducing a connected stream which is obtained by connecting plural streams that are respectively coded by different codec methods. An image reproduction apparatus (100) for reproducing a connected stream which is obtained by connecting plural streams of different codec methods such as an MPEG-2 method and an MPEG-4 AVC method is provided with a stream buffer (102) in which the connected stream Bst is stored, and plural decoders Dd1˜Ddn corresponding to the various kinds of codec methods, and a decoder for decoding each stream in the connected stream Bst that is outputted from the stream buffer (102) is selected from among the plural decoders according to the codec method of each stream.

Abstract: A stream data reproducing system comprising: an input buffer configured to accumulate stream data input from a stream source; a decode circuit configured to decode the stream data accumulated in the input buffer by predetermined processing unit to generate decode data; an output buffer configured to output the decode data after accumulation thereof; a transfer memory cell configured to store the stream data accumulated in the input buffer and the decode data generated in the decode core circuit; and a data transfer control circuit configured to control transfer of the stream data by the processing unit from the input buffer to the transfer memory cell, and transfer of the decode data by the processing unit from the transfer memory cell to the output buffer.

Abstract: The various methods and devices described herein relate to devices which, in at least certain embodiments, may include a method of decoding data or a data stream in a file, which may include checking for a first data portion of a plurality of data portions in the file, the first data portion having a first data value, reading in data from another data portion of the plurality of data portions, decoding or decompressing the data, performing a checksum operation on the decoded data if the first data portion having the first data value is not detected, and skipping a checksum operation on the decoded data if the first data portion having the first data value is detected. In the embodiment, a checksum operation on encoded data may also be skipped. In an embodiment, the first data value may include information or instructions about how a decoder may decode the data and may also include a tag or identifier.

Abstract: The present invention has an objective of realizing compatibility of an optical disk having a high resolution video signal recorded thereon and a system for reproducing the optical disk, with a conventional system for producing a standard resolution video signal. A high resolution video signal is divided by video division means into a main signal and a sub signal, and the main signal and the sub signal are MPEG-encoded. The stream of the main signal and the stream of the sub signal are divided into 1 GOP or more of frames. First interleave blocks 54 each including 1 GOP or more of the stream of the main signal and second interleave blocks 55 each including 1 GOP or more of the stream of the sub signal are recorded on an optical disk 1. A high resolution reproduction apparatus reproduces both the first and second interleave blocks to obtain a high resolution video output.

Abstract: The present invention has an objective of realizing compatibility of an optical disk having a high resolution video signal recorded thereon and a system for reproducing the optical disk, with a conventional system for producing a standard resolution video signal. A high resolution video signal is divided by video division means into a main signal and a sub signal, and the main signal and the sub signal are MPEG-encoded. The stream of the main signal and the stream of the sub signal are divided into 1 GOP or more of frames. First interleave blocks 54 each including 1 GOP or more of the stream of the main signal and second interleave blocks 55 each including 1 GOP or more of the stream of the sub signal are recorded on an optical disk 1. A high resolution reproduction apparatus reproduces both the first and second interleave blocks to obtain a high resolution video output.

Abstract: A system, which minimizes a time delay caused by one device being unable to access a recording medium until access by another device ends, when transcoding is performed by distributed processing, includes a main device transcoding each coded piece allocated to itself from among a plurality of coded pieces of a digital stream, and writing a transcoding result onto the recording medium, in a pipeline. While the recording device is performing the transcoding and the writing, an auxiliary device transcodes each coded piece allocated to itself one by one. Having completed the transcoding of all coded pieces allocated to itself, the auxiliary device transmits its transcoding results to the recording device and has the recording device write the transcoding results onto the recording medium which is a copy destination.

Abstract: The present invention has an objective of realizing compatibility of an optical disk having a high resolution video signal recorded thereon and a system for reproducing the optical disk, with a conventional system for producing a standard resolution video signal. A high resolution video signal is divided by video division means into a main signal and a sub signal, and the main signal and the sub signal are MPEG-encoded. The stream of the main signal and the stream of the sub signal are divided into 1 GOP or more of frames. First interleave blocks 54 each including 1 GOP or more of the stream of the main signal and second interleave blocks 55 each including 1 GOP or more of the stream of the sub signal are recorded on an optical disk 1. A high resolution reproduction apparatus reproduces both the first and second interleave blocks to obtain a high resolution video output.

Abstract: Included are embodiments for providing communications data. At least one embodiment of a method receiving data associated with a communications session, the communications session including a first communications stream and a second communications stream, wherein the first communications stream and the second communications stream are received in a receiving order and recording at least a portion of the communications session. Some embodiments include receiving a request to provide, from the recording, at least a portion of the first communications stream in a visual format and providing at least a portion of the first communications stream in the visual format.

Abstract: The invention prevents unwanted sounds from being outputted from an AV output apparatus such as a HDTV receiver. In the invention, when a streaming signal of a predetermined format having video data and audio data is inputted to a streaming input terminal 10, separation unit 23 of a relay apparatus 2 separates this signal into the video data and audio data. HDMI transmitter 27 generates and outputs a streaming signal having the video data separated by the separation unit 23, of the same format as that of the streaming signal inputted to the streaming input terminal 10.

Abstract: A video stream (for example, H.264 video) includes intra-encoded portions. Decoding an intra-encoded portion utilizes the result of decoding one or more other portions (called predecessors) in the frame. Frame reconstruction involves identifying a portion that has no predecessor portions that have not been decoded and then initiating decoding of the identified portion(s). When the decoding of a portion is substantially complete, then the remaining portions to be decoded are examined to identify portions that have no predecessors that have not been decoded. By carrying out this method, multiple portions may be decoded simultaneously. Each can be decoded on a different work entity, thereby increasing the rate of decoding of the overall frame. Because deblock filtering a predecessor destroys information needed in the intra-decoding of other portions, prefiltered predecessor information is stored in a buffer for subsequent use during intra-decoding, thereby facilitating simultaneous decoding of multiple portions.

Abstract: A system and method for providing a digital In-Flight Entertainment (IFE) system in a vehicle, such as an aircraft, that is capable of presenting a video program and associated audio in a synchronized manner to a large number of individual video monitors and speakers. The system and method employ processing operations in at least one decoder of the IFE system, to perform operations such as adjusting a local clock based on a master clock, setting a delay time in relation to a master clock, and adjusting video and audio playback based on the delay, to substantially synchronize playback of the audio and video data by the audio and video players, to thus eliminate or at least minimize the negative effects of source and load based jitter, network delays, clock drifts, network errors and decoder buffering differences, on synchronizing video and audio playback.

Abstract: A method and apparatus are disclosed and described for providing a synchronized workstation with two-dimensional and three-dimensional outputs. The apparatus includes a video decoder (315) for decoding picture data. The video decoder includes a data manager (320) for receiving video production commands and managing a video playback of the picture data in at least one of a two-dimensional video output mode and a three-dimensional video output mode responsive to the video production commands. The two-dimensional video output mode and the three-dimensional video output mode are capable of being used independently and simultaneously.

Abstract: Methods and systems are provided to fast fill media players and buffers associated with media players. A bandwidth associated with initial startup of a media player is overloaded to rapidly fill the buffer and initiate the media player. Alternatively, multiple simultaneous data communication sessions are established with a media data source device, and the media data are concurrently received from the simultaneous sessions into the buffer or transferred of out the buffer at startup, thereby decreasing the latency associated with initiating the media player.

Abstract: A method of sharing data of a scalable video coding (SVC) file and the SVC file are provided. The SVC file includes: a scalable base track including at least one scalable layer entry each storing metadata of the at least one scalable layer; and at least one sub track generated based on the scalable base track, which includes identification information of the scalable layer that is a basis of generation of a sub track among the scalable layers and identification information of the scalable base track instead of the scalable layer entry. Accordingly, when an SVC coded content is stored as a file, it is possible to reduce a storage capacity by avoiding duplication of common data and to provide convenience when the stored content is reprocessed by allowing a relation of tracks correlated to one another to be represented.