TH15219B - Processors and methods for converting TV signals. Interrelated - Google Patents

Abstract

Processors and methods for generating actionable code and data, determining interoperable applications with program data, video and audio. For access Convenient and reliable will include recording (18,21). Conformed audio and video programs such as MPEG. The recorded audio and video programs (A / V) will be segmented (19,22) into a series. Data moving It contains an audio data set defined by the SCIDAi first service indicator and the second service indicator SCIDVi. The interoperability program that is integrated with the A / V program will It is compiled (10) into a function module and combined, one module can be software or actionable data, one module includes the code / data and the code / data segment of each module. Will pass encryption The redundant redundancy (CRC) over all modules and the CRC check bit that was performed or Add to that module The module sequence is segmented (14) into a mobile data set. The mobile data set / data is defined by the third service indicator SCIDDi. The migrated dataset is made in a transport unit that contains an integer of the mobile data set. Code / data and prefix data sets Special position number modules are generated (10), which are related to each other with the modules integrated into the application. The video dataset, the audio dataset, and the time division multiplex module datasets are sequentially (16) for transmission.

Claims (2)

1. The audio / video programming generator intermittently consists of the source (18) of the compressed video transport dataset, the source (21) of the compressed audio transponders. Computers (10) for defining the inter-programming program consisting of The audio and video signals that were recorded. Such inter-party programs are created from modules. Different The sequence of such modules will include the code. Or actionable information And including modules Location number where the module is connected Error encoding path (79) for generating error checking bits. Above such modules, respectively, and correlating the error-checking bits to the corresponding modules, the moving unit (14) is used for converting such modules into mobile data sets and grouping the mobile data sets. Move from different modules Respectively, as a transmission unit and Supplementary mobile data set-up, including prefix information for various transmission units, in a sequence (5) for the first identification of SCIDV, for the data set. Move videos in order The second differential identifier SCIDa, for the mobile data set. Audio in order And a third difference indicator code SCIDD, for the mobile data set. The programs performed between each other in order Multiplexers (16) for time division multiplexing, moving data sets. The program performed between the above with the said audio signal. And a series of data moving videos in The pattern in which such inter-executing programs are repeated is combined with the signal. The recorded audio and video files 2. The machine completes according to step 1 also includes an error encoder for encoding. The independent error of such prefix information for the respective transmission unit in the set. 3. The unit is completed in accordance with Article 2, where the transport unit with more than one module may It is acceptable simultaneously, and the moving operating device is pretreated for placement. Complete switching of the transmission unit from different modules. Each, but will be inhibited from the moved data set at the place. Alternating from different transmission units 4. The unit is accomplished according to item 1 where the aforementioned moving equipment will be reconditioned. To provide a position number module The unit of transmission of the executable code module and the transmission unit of the data module in the instructions described. 5. The unit is accomplished in accordance with clause 1 at which the mobile operating device generates the unit. Passed from an integer transport dataset. And the moving data set of the unit transmission unit One where there is insufficient module data is filled with null words 6. The completion of item 1 also includes a continuity counter for counting modules, N, (positive integers), moving data sets. Continued migrations with active module data in addition to the moving dataset. Supplement it And the moving device includes the combined and continuous count in The mobile data set It will include the count values defined in all the auxiliary transport data sets. 7. Methods for transmitting the audio, video and actuation elements. Between the audio-video programs that are performed with each other (Hereinafter referred to as AVI) consists of creating a moving data set of compressed audio signals containing sequential data sets will Including support for audio data signal And the SCIDVai indicator for identifying the dataset. Moves as the audio element information is Creating a moving data set of compressed audio signals containing sequential datasets is aggregated. Both parts support video signal. And the SCIDvi indicator for the identification of the data set moved as required. Video signal element information is included. The creation of interoperable applications that combine audio or video components, the division of operations performed with each other. These modules, respectively, contain executable code or implementation information. Identification of modules In order to be a transmission unit, one or more units are combined. Both integers of the data set are moved. Each mobile dataset includes an SCIDDi indicator for identifying the migrated dataset as it contains inter-signal element data. The generation of the mobile data set continues to be moved for the respective transmission unit.The mobile data set includes information on the transport unit precedence that describes the available information. In the sequential transmission unit and time division multiplexing, the audio signal element data set. And a video with the series Signal element information acting between each other A set of signal elements that act between them. In the transmission unit and is contiguous with the sequence of transmission units taken by the moving data set. 8. Methods according to item 7, where SCIDDi, SCIDai and SCIDvi have different values 9. Methods set out in Article 7 where the following data sets are mobile. A set of implications and methods of generating supplementary mobile datasets will include the provision of such SCIDDi, bow continuity, defined constant CC, and supplementary data sets, HD data types, and value associations. Counts the CC and the HD data word-type supplementary data to the SCIDDi indicator. Supplementary group formation that includes the field, the supplementary group, and the supplementary group leader. The supplementary group prefix includes an AFID code word that indicates the information that It is included in the aforementioned supplementary field field and the AFS field that indicates the number of bytes of the data in that supplementary group field. And connection The segment prefix is supplemented with the said SCIDDi, CC and HD data and will include such transmissions leaderboard information. In the aforementioned supplementary group field, 1 0. Methods according to Article 9, where the method of generating the next supplementary group of data sets will include the generation of the next auxiliary group field AH to include the first field. Which will indicate The number of data sets moved in the corresponding transmission unit. And a second field that indicates Continuity of the count of the mobile data set at one of the transmission unit after the emergence of the series. The aforementioned movable data 1 1. The method of clause 7 also consists of a process of alternating placement of transmission units. Through all of the various modules That is the peculiarity of the moving sequence of the series. Various transmission units 1. 2. The method of clause 7 also includes the creation of a position number module, including information indicating that module included in one implementation, creating a position number module in a transmission unit. And the moving and multiplexing, time division, number module, position containing the audio and video signal element datasets before multiplexing the modules of the aforementioned applications. Compliance with Article 12 also includes the repetitive multiplexing transmission unit of the said position number module. And such functional modules containing audio signal elements and The aforementioned video is based on the AVI program 1. 4. Methods according to clause 7 also include error coding of each aforementioned module and correlation of the error checking bit to each such module.1 5. The method of clause 9 also includes the encoding of each such module. And connection 1 6. The method in accordance with Article 15 also includes at least the error encoding of the field. Supplementary group data and AH precursors in the aforementioned movable datasets. And bit connection Check to the aforementioned groups 1 7. Methods of clause 9 also include error coding of at least the field. Supplementary group data and AH precursors in the aforementioned movable datasets. And bit connection Check to the aforementioned groups. 1 8. Methods of transmitting audio-video information between each other include providing a data set of audio elements. And recorded videos Creation of an interoperable program that combines an executable file, a data file, and a file number location relative to the executable file. And such files At the very least, the executable file and the correlation of the error check bit to the corresponding file. Making files Respectively, it is a dataset with a linked error check bit. Relative to the mobile dataset with a given amount of data And making a transport unit Units or more of the data files, respectively. The order of the transmission unit will include the first data set that it contains. Information that carries the unit of transmission that is used to describe the unit of transmission. And the next integer of A series of mobile data including data from one file or an executable number of locations, and multiplexing, time division, the transport unit of the transmission unit. Information of the audio element And video recorded for transmission where each transmission unit These passes, respectively, are repeatedly multiplexed. Together with the aforementioned non-duplicated data set of Audio signal element 1 9. Methods according to Article 18, where data sets are moved in order of file data, including their values. Count continuity in order And the process of such first datasetization will include determining the number of data sets moved in the transmission unit, respectively. Configuring the continuity count of the one moved dataset that has the file data in it. Transmission unit; Format numbering for associated files Determining the location of the file data in the transport unit in relation to continuity. Normal file information is included. The arrangement of such numbers, the continuity count, the aforementioned format numbers, and the location thereof in accordance with the transmission unit precedence and the aforementioned fault coding. Executable programmable signaling on the transmission medium. Audio / video signal Which consists of Generating applications using a computer The division into modules that are similar to computer files, respectively, contain executable code or implementation information. Different modules Respectively, as one or more units of transmission that combine Both integers of the data set are moved. Each data set to move includes information for identifying the set. The information moved in accordance with the usage data The formation of the next moving data set for the transmission unit, respectively, the next moving data set will include the transport segment leading information describing the available information. In the sequential transmission unit and the use of the moving data set. And the data set continues to be moved with the transmission medium Via audio / video signal 2 1. The procedures set out in Clause 20 also include procedures for At the very least, sequential modules contain executable codes and correlate the generated error code to the module that Related 2 2. The procedures set out in Clause 21 also include the procedure for alternating outfits. The transport of the said transport unit