Method and computer readable media for organizing digital stream contents

1. A method for organizing digital stream contents, comprising:

storing a plurality of time-sequential segments of digital stream data in a corresponding plurality of stream data files;

storing identifying information for each of the stream data files in time-sequence order in an administrative file;

obtaining at least one time code associated with each time-sequential segment of the digital stream data;

storing the obtained time codes in the administrative file in association with the identifying information for each of the stream data files

retrieving speaker names associated with at least some of the time-sequential segments from a stored speaker order file; and

storing the retrieved speaker names in the administrative file in association with the identifying information for each of the stream data files.

2. The method of claim 1 , further comprising:

receiving a stream signal; and

converting the stream signal into the digital stream data prior to storing the digital stream data.

3. The method of claim 1 , further comprising:

retrieving object indentifying information for one or more object to be shown in synchronization with one or more of the time-sequential segments from a stored object order file; and

storing the retrieved object identifying information in the administrative file in association with the identifying information for each of the stream data files.

4. The method of claim 1 , further comprising:

after storing identifying information for each of the stream data files in order of recording in the administrative file, sending the plurality of stream data files and the administrative file to a distribution server.

5. A method for organizing digital stream contents, comprising:

storing a plurality of time-sequential segments of digital stream data in a corresponding plurality of stream data files; and

storing identifying information for each of the stream data files in time-sequence order in an administrative file,

wherein the method is performed in accordance with a first user input signifying a start of a first segment of the plurality of time-sequential segments, one or more second user inputs signifying breaks between consecutive segments of the plurality of time-sequential segments, and a third user input signifying an end of a last segment of the plurality of time-sequential segments.

6. The method of claim 5 , further comprising:

upon receipt of the first user input, starting storing the first segment of digital stream data in a first stream data file of the plurality of stream data files;

upon receipt of each of the one or more second user inputs, closing a stream data file in which a previous segment of the digital stream data was stored and starting storing a new segment of the digital stream data in a new stream data file; and

upon receipt of the third user input, closing the stream data file in which the last segment of the digital stream data was stored and storing the identifying information for each of the stream data files in order of recording in an administrative file.

7. The method of claim 6 , further comprising:

upon receipt of each of the one or more second user inputs, obtaining a time code from the digital stream data; and

upon receipt of the third user input, storing the obtained time codes in the administrative file in association with the identifying information for each of the stream data files.

8. The method of claim 7 , further comprising:

upon receipt of the third user input, retrieving speaker names from a stored speaker order file; and

storing the retrieved speaker names in the administrative file in association with the identifying information for each of the stream data files.

9. The method of claim 7 , further comprising:

upon receipt of the third user input, retrieving object indentifying information for one or more object to be shown in synchronization with one or more stream data files from a stored object order file; and

storing the retrieved object identifying information in the administrative file in association with the identifying information for each of the stream data files.

10. The method of claim 5 , further comprising:

receiving a stream signal; and

converting the stream signal into the digital stream data prior to storing the digital stream data.

11. The method of claim 5 , further comprising:

upon receipt of the third user input, sending the plurality of stream data files and the administrative file to a distribution server.

12. A computer-readable storage device storing a moving image editing program, which, when executed, causes a computing device to perform actions comprising:

storing a plurality of time-sequential segments of digital stream data in a corresponding plurality of stream data files;

storing identifying information for each of the stream data files in time-sequence order in an administrative file;

obtaining at least one time code associated with each time-sequential segment from the digital stream data;

storing the obtained time codes in the administrative file in association with the identifying information for each of the stream data files;

retrieving speaker names associated with at least some of the time-sequential segments from a stored speaker order file; and

storing the retrieved speaker names in the administrative file in association with the identifying information for each of the stream data files.

13. The computer-readable storage device of claim 12 , the actions performed further comprising:

receiving a stream signal; and

converting the stream signal into the digital stream data prior to storing the digital stream data.

14. The computer-readable storage device of claim 12 , the actions performed further comprising:

retrieving object indentifying information of one or more objects to be shown in synchronization with at least some of the time-sequential segments from a stored object order file; and

storing the retrieved object identifying information in the administrative file in association with the identifying information for each of the stream data files.

15. The computer-readable storage device of claim 12 , the actions performed further comprising:

after storing identifying information for each of the stream data files in order of recording in the administrative file, sending the plurality of stream data files and the administrative file to a distribution server.

16. A computer-readable storage device storing a moving image editing program, which, when executed, causes a computing device to perform actions comprising:

storing a plurality of time-sequential segments of digital stream data in a corresponding plurality of stream data files; and

storing identifying information for each of the stream data files in time-sequence order in an administrative file,

wherein the method is performed in accordance with a first user input signifying a start of a first segment of the plurality of time-sequential segments, one or more second user inputs signifying breaks between consecutive segments of the plurality of time-sequential segments, and a third user input signifying an end of a last segment of the plurality of time-sequential segments.

17. The computer-readable storage device of claim 16 , the actions performed further comprising:

upon receipt of the first user input, starting storing the first segment of digital stream data in a first stream data file of the plurality of stream data files;

upon receipt of each of the one or more second user inputs, closing a stream data file in which a previous segment of the digital stream data was stored and starting storing a new segment of the digital stream data in a new stream data file; and

upon receipt of the third user input, closing the stream data file in which the last segment of the digital stream data was stored and storing the identifying information for each of the stream data files in order of recording in an administrative file.

18. The computer-readable storage device of claim 16 , the actions performed further comprising:

upon receipt of each of the one or more second user inputs, obtaining a time code from the digital stream data; and

upon receipt of the third user input, storing the obtained time codes in the administrative file in association with the identifying information for each of the stream data files.

19. The computer-readable storage device of claim 16 , the actions performed further comprising:

upon receipt of the third user input, retrieving speaker names from a stored speaker order file; and

storing the retrieved speaker names in the administrative file in association with the identifying information for each of the stream data files.

20. The computer-readable storage device of claim 16 , the actions performed further comprising:

upon receipt of the third user input, retrieving object indentifying information of one or more objects to be shown in synchronization with one or more stream data files from a stored object order file; and

storing the retrieved object identifying information in the administrative file in association with the identifying information for each of the stream data files.

21. The computer-readable storage device of claim 16 , the actions performed further comprising:

receiving a stream signal; and

converting the stream signal into the digital stream data prior to storing the digital stream data.

22. The computer-readable storage device of claim 16 , the actions performed further comprising:

upon receipt of the third user input, sending the plurality of stream data files and the administrative file to a distribution server.