Abstract: Some embodiments provide a method of processing digital video in a computer. The method receives a first video clip. It stores the first video clip at a first rate in a storage of the computer. From the first video clip, the method generates a second video clip that is at a second rate different than the first rate. The method then outputs the second video clip from the computer. In some embodiments, the first rate is the native rate that a camera originally shot at least a portion of the first video clip, and the second rate is an encoded rate. In some embodiments, the method generates the second video clip from the first video by using the 2:3:3:2 encoding format. Also, in some embodiments, the method outputs the second video clip as the method generates the second video clip.

Abstract: A playback apparatus includes a package management unit operable to generate package information by merging files recorded on a first recording medium and a second recording medium, in accordance with merge management information. A selection unit is operable to detect a plurality of playable titles from the package information and select one of the detected titles as a current title. A processing unit is operable to execute an application specified in the current title and that is included in the package information. A playback control engine is operable to control playback of a digital stream in the current title and that is included in the package information. Status registers each store a parameter relating to a playback status of the digital stream, and backup registers each save one of the status registers.

Abstract: Aspects of the disclosure relate to enabling a group of users, each at a different location, to view and control synchronized streamed media content. Users may execute trick play commands plays such as pause, rewind, and fast forward so that all users see the same media content including trick play actions. The media content may originate from streaming content servers or from network-DVR servers.

Abstract: A browser in a media editing application enables a user to store a desired set of parameters for a given effect, and thereafter select the stored data and apply it to other media content, without the need to manually set the parameter values each time. In one embodiment, the user can manually save customized or frequently used effects in the browser, for subsequent selection and application to media content. In another embodiment, the browser can include functionality that analyzes previously created and stored projects, to identify repeatedly used effects. If an effect is identified that meets a certain frequency of use threshold, the browser can auto-populate itself with that effect, and its corresponding parameters, for subsequent selection and application to media content by the user.

Abstract: An end device that collects content playback information of a user may be provided. The end device including: a storage to store content and a table including playback information of the content in a predetermined local storage address; a control unit to retrieve content, selected by the user, from the storage, to load a storage address of the selected content, and to transmit the storage address to a decoder; and the decoder to store the storage address in the table, to change playback information of the selected content, and to decode the selected content based on the storage address.

Abstract: A multimedia file skipping method. The skipping method adds obtained increased amount of time to a current decoding time stamp to determine a target time stamp, determines a PCR (Program Clock Reference) corresponding to the target time stamp as a PCR prediction value; determines a position offset corresponding to the PCR prediction value as a target position offset according to a linear relationship between the PCR and position offset of the multimedia file; and skips to the target position offset and plays the multimedia file from this position. By the aforementioned, it is not necessary to set a time stamp index file, and calculation is performed by utilizing the linear relationship between the PCR and the position offset, and thus the amount of calculation is reduced, time cost is reduced, and skipping speed is significantly improved.

Abstract: A method is provided in one example and includes receiving video data propagating in a network environment; maintaining the video data in a buffer having a predetermined size; generating meta-information associated with the video data; and receiving a recording request from an end user participating in a video session associated with a video data. The recording request triggers the video data to be recorded in the network environment remote from the end user.

Abstract: A method including loading multiple instances of a media player program to render respective media content in respective visible portions of a graphical user interface of a computing device, the graphical user interface associated with an additional program configured to render additional content, different than the media content, to the graphical user interface; determining that a first of the multiple instances of the media player program takes precedence over a second of the multiple instances of the media player program; and modifying an allocation, associated with processing media content by the second of the multiple instances of the media player program, in accordance with a rendering limitation associated with the computing device.

Abstract: Systems and methods described herein disclose searching the content of a recorded presentation layer protocol session including the steps of storing, a plurality of packets sent to a client device, rendering, by a protocol engine, at least one stored packet in the plurality of stored packets to a local video buffer and analyzing the at least one rendered packet with wherein analyzing includes at least scanning the at least one rendered packet with an optical character recognizer executing on the server. The systems and methods described herein also disclose using the optical character recognizer to generate a word associated with the at least one packet, using a post processing component to generate identification data associated with the generated word associated with the at least one packet, and storing the generated word associated with the at least one packet and storing the identification data associated with the generated word.

Abstract: Using a remote control, a viewer specifies the channel and the date and time of a program that he/she wants to watch. A reception method selection unit determines, based on the date and time, whether the program is currently being broadcast or was broadcast in the past, and then selects a reception method. An SI information storage unit stores URL information of program distribution servers having past programs. The URL information is contained in the SDT in SI information transmitted together with a program. When the viewer chooses a past program, an IP data reception unit connects to the corresponding program distribution server based on its URL so as to transmit the date and time thereto, and receives the past program that the viewer wants to watch via IP network.

Abstract: A recording method for recording received digital broadcasting on a medium, wherein system resume information including an operation mode at the time of playback and resume information for each piece of program information are separately recorded in a management file as resume information. This makes it possible to provide a recording method that allows the user to perform desired Resume Playback.

Abstract: A video data outputting apparatus, connected to a display apparatus receiving a broadcast signal and transmits video data recorded in an internal recording unit and/or an inserted recording medium, and video data generated based on the received broadcast signal to the display apparatus play-backs the stored video data, acquires input selection information indicating the input source of the currently displayed video data, and performs control to display information about the broadcast channel corresponding to currently output video data and the video of the broadcast channel on an image area when the video data generated based on the broadcast signal is being output to the display apparatus after the playback is stopped and the display apparatus receives the video data transmitted from the video data outputting apparatus. Then, the video data outputting apparatus is caused to transition to a state where the power consumption of the own apparatus is reduced.

Abstract: A device for recording at least part of a data stream including a recording module to record records divided among a plurality of segments, the records including a record for each instance of an event type of the data stream, each segment covering a range of the positions in the data stream such that different segments cover different ranges of positions in the stream, record the value of each instance, create a refresh region in each segment, the refresh region including data from the most recently recorded instance of each event type, create a plurality of links between the records to enable traversing the records in position order, and create an indexing table including an entry for each segment, the entry for each segment including the range of the positions covered by the records of the one segment. Related apparatus and method claims are also included.

Abstract: An area not displayed by a first stream recorded in a disk is complemented by a second stream which is transmitted from a server through a network to a playback apparatus. A picture represented by the second stream is superimposed on a picture represented by the first stream to display a complete picture. A sound included in the second stream is also mixed with a sound included in the first stream to output a complete sound.

Abstract: A video reproduction apparatus includes audio data reading unit for reading audio data in a second file; video data reading units for reading video data in a first file; audio decoding unit for generating an audio signal from the audio data read by the audio data reading unit; video decoding unit for decoding the demultiplexed video data; and read controlling unit for controlling the audio data reading unit and the video data reading unit. The read controlling unit reads the first file using a band other than a band required to read the second file, and instructs to output skipped video data.

Abstract: There is provided a recording and reproducing apparatus comprising, an extracting unit that extracts program data containing commercial message sections and main sections from a video signal, a recording unit that records the program data extracted by the extracting unit, an analyzing unit that analyzes the program data to identify the commercial message sections and the main sections and generates clip attribute information for the identified commercial message sections, a data processing unit that adds skip information indicating that skipping is requested to the clip attribute information based on a skip request signal input by a viewer; and a reproduction control unit that controls the reproduction of the commercial message sections depending on the skip information when reproducing the program data recorded in the recording unit.

Abstract: An information storage medium for storing multi angle data, and a recording method and a reproducing apparatus thereof. The information storage medium stores data for a plurality of angles of a scene in interleaved blocks. Sizes of the interleaved blocks are integral multiples of sizes of integral numbered aligned units that include packets. Angle change points are included in each of the interleaved blocks which allows a reproducing apparatus to seamlessly jump from one angle to another angle during reproduction of the multi angle data. A number of the angle points recorded on the information storage medium is computed so that a jumping distance required by the data during reproduction does not exceed a maximum jumping distance of a reproducing apparatus.

Abstract: Disclosed herein is an editing apparatus including: a recording control section, which, when a predetermined command is received, exercises recording control as a process for the received command; and a recording section configured to record data on a predetermined recording medium under control of the recording control section, wherein the recording control section judges whether the recording should finish at a time point of finishing the recording of the data, when the result of judgment indicates that the recording should finish, the recording control section controls the recording section so as to finish the recording, and when the result of judgment indicates that the recording should not finish, the recording control section controls the recording section so as to record a predetermined time period of data and finish the recording.

Abstract: A method of recording using a timer recording function in a display device is disclosed. More specifically, the display device receives an input data which is a user inputted instruction information for executing a timer recording function. Thereafter, the display device stores the instruction information which includes an instruction for a display recording device to begin and end recording a broadcast program of a certain designated channel at a specified time period in the future. Then, the device determines whether at least two display recording devices are connected to the display device and selects the display recording device for recording the broadcast program. Lastly, the display device transmits control data to the selected display recording device.

Abstract: In one embodiment, the method includes receiving at least one text subtitle stream from an external source. Each text subtitle stream includes text data to be displayed within a region of a display screen, first information specifying a global style of the region, and second information specifying a local style for a portion of the text data. The text subtitle stream is decoded using the first information and the second information.