Digital video recorder recording and rendering programs formed from spliced segments

1. A method of recording a program, comprising:

storing, in response to a user request, at least one content file that includes first and second program segments that are spliced to form a single program, wherein an identification of a splice point is included in an elementary stream associated with at least one of the first and second program segments, the splice point denoting a transition between the first and second program segments;

in a digital video recorder, creating and storing at least one index file that includes program specific information associated with the first and second program segments, wherein the program specific information includes a program's service number that is used to access a program map table, wherein the program map table includes packet identifiers, the index file further including the identification of the splice point; and

in the digital video recorder, creating and storing a splice index record that includes timing information specifying a time at which the splice point occurs, wherein the splice index record further includes:

one or more pre-service acquisition packet identifiers that identify packets of a first program transport stream for receiving the first program segment, and

a corresponding one or more post-service acquisition packet identifiers that identify packets of a second program transport stream for receiving the second program segment;

wherein, during a playback of the content file in a trick play mode, the splice index record is available to the digital video recorder, and the splice index record enables the transition between the first and second program segments, such that the digital video recorder does not need to receive the identification of the splice point from one of the first and second program segments during the playback of the content file in the trick play mode.

2. The method of claim 1 further comprising receiving the first and second program segments over a broadband network in the first and second program transport streams, respectively.

3. The method of claim 2 wherein the identification of the splice point is located in a data packet included in the first program transport stream.

4. The method of claim 1 wherein the content file, index file and the splice index record are stored in a network digital video recorder (DVR) associated with a broadband network headend.

5. The method of claim 1 wherein the timing information includes a timing offset to denote a point in time at which the splice point occurred relative to a start time of the first program segment.

6. The method of claim 5 wherein creating and storing the splice index record further comprises:

using the timing offset to create second timing index values for the second program segment that sequentially follow first timing index values for the first program segment; and

storing the first and second timing index values for the first and second program segments in the splice index record.

7. The method of claim 1 wherein the splice index record is not included in the content file and is included in a second index file.

8. The method of claim 1 wherein the splice index record further includes at least some of the program specific information for the first and second program segments.

9. The method of claim 1 , wherein the one or more pre-service acquisition packet identifiers are selected from a group consisting of:

a video packet identifier that identifies packets of the first program transport stream for receiving the first program segment,

an audio packet identifier that identifies packets of the first program transport stream for receiving the first program segment,

a data packet identifier that identifies packets of the first program transport stream for receiving the first program segment, and

an entitlement control message packet identifier that identifies packets of the first program transport stream for receiving the first program segment;

and each of the corresponding one or more post-service acquisition packet identifiers corresponds to a selected pre-service acquisition packet identifier, and identifies packets of the second program transport stream for receiving the second program segment.

10. A set top terminal comprising:

a receiver/tuner for receiving programs over a broadband network;

a DVR module for coordinating storage and playback of programs received over the broadband network, wherein the DVR module is configured to store in at least one content file first and second program segments associated with a single program received over the broadband network, wherein an identification of a splice point is included in an elementary stream associated with at least one of the first and second program segments, the splice point denoting a transition between the first and second program segments, and further configured to store in at least one index file program specific information associated with the first and second program segments, wherein the program specific information includes a program's service number that is used to access a program map table, wherein the program map table includes packet identifiers, wherein the DVR module is further configured to store, in a common splice index file, timing information denoting a splice point between the first and second program segments, wherein the splice index file further includes a splice index record comprising:

one or more pre-service acquisition packet identifiers that identify packets of a first program transport stream for receiving the first program segment, and

a corresponding one or more post-service acquisition packet identifiers that identify packets of a second program transport stream for receiving the second program segment;

at least one storage medium for storing the content file, index file, and the splice index file; and

a processor operationally associated with the receiver/tuner, the at least one storage medium, and the DVR module;

wherein, during a playback of the content file in a trick play mode, the splice index record is available to the DVR module, and the splice index record enables the transition between the first and second program segments, such that the DVR module does not need to receive the identification of the splice point from one of the first and second program segments during the playback of the content file in the trick play mode.

11. The set top terminal of claim 10 wherein the timing information includes a timing offset to denote a point in time at which the splice point occurred relative to a start time of the first program segment.

12. The set top terminal of claim 11 wherein the DVR module is further configured to use the timing offset to create second timing index values for the second program segment that sequentially follow first timing index values for the first program segment.

13. The set top terminal of claim 10 wherein the DVR module is further configured to:

receive user input requesting rewinding of the single program back through the splice point;

determine from the timing information in the splice index file when the splice point has been reached;

upon reaching the splice point while rewinding the single program, cause values of the program specific information associated with the first program segment to be loaded into the processor from the splice index file; and

cause the first program segment of the single program to be retrieved from the content file and rendered using the program specific information presently loaded in the processor.

14. The set top terminal of claim 10 wherein the DVR module is further configured to:

receive user input that requests that the single program be rendered through the splice point in normal play mode or fast forward mode;

determine from the timing information in the splice index file when the splice point has been reached;

upon reaching the splice point while rendering the single program, cause values of the program specific information associated with the second program segment to be loaded into the processor from the splice index file; and

cause the second program segment of the single program to be retrieved from the content file and rendered using the program specific information presently loaded in the processor.

15. At least one non-transitory computer-readable medium encoded with instructions which, when executed by a processor, perform a method including:

receiving user input requesting playback of a recorded program that includes first and second program segments that are stored in at least one content file, wherein an identification of a splice point is included in an elementary stream associated with at least one of the first and second program segments, the splice point denoting a transition between the first and second program segments;

causing a first set of program specific information associated with the first segment of the recorded program to be loaded into a DVR processor, wherein the program specific information includes a program's service number that is used to access a program map table, wherein the program map table includes packet identifiers;

causing the first segment of the recorded program to be retrieved from a content file and rendered using the first set of program specific information;

retrieving timing information from a splice index record that includes a splice point denoting a transition time between the first and second program segments, wherein the splice index record further includes:

one or more pre-service acquisition packet identifiers that identify packets of a first program transport stream for receiving the first program segment, and

a corresponding one or more post-service acquisition packet identifiers that identify packets of a second program transport stream for receiving the second program segment;

determining from the timing information when the splice point in the recorded program being rendered has been reached, wherein, during a playback of the content file in a trick play mode, the splice index record is available to the DVR processor, and the splice index record enables the transition between the first and second program segments, such that the DVR processor does not need to receive the identification of the splice point from one of the first and second program segments during the playback of the content file in the trick play mode;

upon reaching the splice point, causing a second set of program specific information associated with the second segment of the recorded program to be loaded into the DVR processor; and

causing the second segment of the recorded program to be retrieved from the content file and rendered using the second set of the program specific information presently loaded in the DVR processor.

16. The computer-readable medium of claim 15 , the method further comprising:

receiving user input requesting rewinding of the recorded program back through the splice point;

determining from the timing information in the splice index record when the splice point has been reached;

upon reaching the splice point while rewinding the recorded program, causing the values of the first set of program specific information to be loaded into the DVR processor from the splice index record; and

causing the first segment of the recorded program to be retrieved from the content file and rendered using the first set of the program specific information presently loaded in the DVR processor.

17. The computer-readable medium of claim 15 wherein the timing information includes a timing offset to denote a point in time at which the splice point occurred relative to a start time of the first program segment.

18. The computer-readable medium of claim 17 , the method further comprising:

using the timing offset to create second timing index values for the second program segment that sequentially follow first timing index values for the first program segment;

storing the first and second timing index values for the first and second program segments in the splice index record.

19. The computer-readable medium of claim 15 , the method further comprising:

receiving user input requesting fast-forwarding of the recorded program while rendering the first program segment;

determining from the timing information in the splice index record when the splice point has been reached;

upon reaching the splice point while fast forwarding the recorded program, causing the values of the second set of program specific information to be loaded into the DVR processor from the splice index record; and

causing the second segment of the recorded program to be retrieved from the content file and rendered using the second set of the program specific information presently loaded in the DVR processor.

20. The computer-readable medium of claim 15 wherein the user input is received by a network DVR over a broadband network.