Distributing and displaying still photos in a multimedia distribution system

• US 20060200744A1
• Filed: 01/05/2006
• Published: 09/07/2006
• Est. Priority Date: 12/08/2003
• Status: Abandoned Application

• Current Assignee: DIVX Incorporated (SoftBank Group Corp.)
• Original Assignee: DIVX Incorporated (SoftBank Group Corp.)
• Inventors: Lubinksy, David, Bourke, Adrian
• Application Number:
  US11/327,543
• Publication Number:
  US 20060200744A1
• Time in Patent Office: Days
• US Class Current: 715/201
• CPC Class Codes: H04N 1/2112 using still video cameras
• CPC Class Codes: H04N 1/2116 Picture signal recording combined with imagewise recording, e.g. photographic recording photographic cameras G03B19/00
• CPC Class Codes: H04N 1/215 Recording a sequence of still pictures, e.g. burst mode

Abstract

Multimedia file formats that accommodate still photos encoded as video sequences are described. In addition, encoding multimedia files to include still photos as encoded video sequences and decoding multimedia files containing still photos encoded as video sequences are discussed. Many of the multimedia files described include information that enable a user to view the encoded video sequences of the still photos via an interactive menu. In several examples, the encoded video sequences are accessed via a menu showing thumbnail images of each of the still photos contained within the multimedia file. In many examples, the encoded video sequences are displayed in the manner of a slide show of the encoded still photos. In a number of examples, menus are used to organize of encoded still photos into digital albums. One embodiment of the invention includes at least one still photo encoded as an encoded video sequence and menu information that references the location of each encoded video sequence.

Claims

1. A multimedia file, comprising:

at least one still photo encoded as an encoded video sequence; and

menu information that references the location of each encoded video sequence.

2. The multimedia file of claim 1, wherein each encoded video sequence is stored within the multimedia file as a separate track of encoded video.

3. The multimedia file of claim 2, wherein each track of encoded video complies with the RIFF format.

4. The multimedia file of claim 1, wherein the menu information includes references to encoded video sequences that provide background video and references to information that can be used to generate menu overlays.

5. The multimedia file of claim 1, wherein the menu information includes information directing that an encoded video sequence of a still photo be repeatedly displayed until interrupted by a user instruction.

6. The multimedia file of claim 1, wherein the menu information defines a state machine.

7. The multimedia file of claims 6, wherein the state machine is hierarchical.

8. The multimedia file of claim 7, wherein the state machine includes a parent/child hierarchy.

9. The multimedia file of claim 1, further comprising encoded audio information.

10. The multimedia file of claim 1, wherein each video sequence includes at least one encoded frame of video.

11. The multimedia file of claim 1, wherein each video sequence includes a plurality of encoded frames of video.

18. The encoder of claim 9, wherein the menu information defines a state machine.

19. The encoder of claim 18, wherein the state machine is hierarchical.

20. The encoder of claim 19, wherein the hierarchy is a parent/child hierarchy.

12. An encoder that receives at least one digital still photo in a digital still photo format, comprising:

a video encoder configured to encode the at least one digital still photo as an encoded video sequence; and

a menu generator configured to generate menu information that references the encoded video sequences within a multimedia file.

13. The encoder of claim 12, wherein the video encoder is configured to encode the at least one digital still photo as an encoded video sequence by decoding the digital still photo and encoded the decoded digital image as an encoded video sequence.

14. The encoder of claim 13, wherein the video encoder and menu generator are implemented using a microprocessor.

15. The encoder of claim 13, wherein each encoded video sequence includes at least one frame of encoded video.

16. The encoder of claim 15, wherein each encoded video sequence includes a plurality of frames of encoded video.

17. The encoder of claim 15, wherein the menu information includes a direction to repeatedly play an encoded video sequence until a user instruction is received.

21. A decoder configured to decode multimedia files containing encoded video sequences of still photos and menu information that defines a state machine, comprising:

decoding circuitry configured to decode encoded video sequences; and

a parser configured to construct a state machine from the menu information.

22. The decoder of claim 21, wherein the state machine is hierarchical.

23. The decoder of claim 22, wherein the hierarchy is a parent/child hierarchy.

24. The decoder of claim 21, further comprising control circuitry configured to use the state machine and user instructions to determine when to display the encoded video sequences of still photos.

25. The decoder of claim 24, wherein:

the state machine defined by the menu information includes a direction to repeatedly display one of the encoded video sequences of a still photo until a user instruction is received for output on a rendering device; and

the control circuitry is configured to respond to the direction to repeatedly display a video sequence until interrupted by a user command by repeatedly decoding an encoded video sequence, outputting the decoded video sequence and waiting for a user command.

26. The decoder of claim 21, wherein the encoded video sequence includes a single encoded video frame.

27. The decoder of claim 21, wherein the encoded video sequence includes a plurality of encoded video frames.

28. The decoder of claim 21, wherein the decoder is configured to resize the encoded video sequence for display on the rendering device.

29. The decoder of claim 28, wherein the resizing includes resampling the video sequence.

30. The decoder of claim 28, wherein the resizing includes cropping the video sequence.

31. The decoder of claim 28, wherein resizing includes reducing the size of the video sequence to occupy a smaller area of the rendered display.

32. The decoder of claim 21, wherein the state machine is hierarchical state machine.

33. The decoder of claim 32, wherein the hierarchy is a parent/child hierarchy.