Methods and Apparatus for Manipulation of Primary Audio Optical Data Content and Associated Secondary Data Content

• US 20100145968A1
• Filed: 01/17/2007
• Published: 06/10/2010
• Est. Priority Date: 01/17/2007
• Status: Abandoned Application

• Current Assignee: Verbal World, Inc.
• Original Assignee: Verbal World, Inc.
• Inventors: Kelley, Timothy D.
• Application Number:
  US12/523,716
• Publication Number:
  US 20100145968A1
• Time in Patent Office: Days
• US Class Current: 707/758
• CPC Class Codes: G10L 15/08 Speech classification or search
• CPC Class Codes: G10L 2015/025 Phonemes, fenemes or fenones being the recognition units

Abstract

Methods and apparatus may permit the manipulation of primary audio-optical data content (5) and associated secondary audio-optical data content (6) with a high degree of efficiency. Secondary audio-optical data content (6) may be used to access primary audio-optical data content (5) interpolated within memory unit formats (12). Integrated secondary audio-optical data content (6) may be used to interstitially access primary audio-optical data content (5) populated within a primary audio-optical data structure (1). Primary audio-optical data content (5) may be located on a byte order basis. Desired audio-optical content may be retrieved in association with contextual audio-optical data content. Speech data may be manipulated on a phoneme basis. Primary audio-optical data may be structured in a variable memory unit format (26). Integrated secondary sequenced audio-optical data structures (4) may be selectively altered.

Claims

1-19. -19. (canceled)

20. A sequenced audio-optical data manipulation apparatus comprising:

a primary sequenced audio-optical data structure;

primary sequenced audio-optical data content populated within said primary sequenced audio-optical data structure;

an integrated secondary sequenced audio-optical data structure;

integrated secondary sequenced audio-optical data content populated within said integrated secondary sequenced audio-optical data structure;

a byte ordered memory unit format to which said primary sequenced audio-optical data content populated within said primary sequenced audio-optical data structure is arranged;

a desired medial data element identification processor configured to identify a desired medial data element interpolated within said byte ordered memory unit format for which an interstitial location within said primary sequenced audio-optical data content is sought to be determined;

a byte order representation generator responsive to said desired medial data element identification processor configured to create a byte order representation of said desired medial data element;

an interstitial byte order comparator responsive to said byte order representation generator configured to interstitially compare said byte order representation of said desired medial data element to said byte ordered memory unit format arrangement of said primary sequenced audio-optical data content;

an interstitial correspondence processor responsive to said interstitial byte order comparator configured to determine if said byte order representation of said desired medial data element corresponds to at least one interstitial byte order location within said byte ordered memory unit format arrangement of said primary sequenced audio-optical data content;

an interstitial data element output responsive to said interstitial correspondence processor.

27. A sequenced audio-optical data manipulation apparatus as described in claim 20 further comprising:

a contextual indicia designator responsive to said desired medial data element identification processor configured to designate at least one contextual indicia related to said desired medial data element;

a contextual indicia location processor responsive to said desired medial data element identification processor configured to locate at least one identified contextual indicia related to said desired medial data element within said byte ordered memory unit format arrangement of said primary sequenced audio-optical data content;

a data element output responsive to said desired medial data element location processor and said contextual indicia location processor configured to output said desired medial data element within an associated contextual sequenced audio-optical data content.

29. A sequenced audio-optical data manipulation apparatus as described in claim 20 wherein said byte ordered memory unit format arrangement of said primary sequenced audio-optical data content comprises user generated speech data, and further comprising:

an automatic phoneme based speech data analysis processor configured to automatically analyze speech data on a phoneme basis;

an automatic constituent phoneme identification processor responsive to said automatic phoneme based speech data analysis processor configured to automatically identify at least one constituent phoneme of speech data;

an automatic constituent phoneme memory responsive to said automatic constituent phoneme identification processor configured to automatically store said at least one constituent phoneme of speech data.

38. A sequenced audio-optical data manipulation apparatus as described in claim 20 wherein said desired medial data element identification processor, said byte order representation generator, said interstitial byte order comparator, said interstitial correspondence processor, and said interstitial data element output comprise a phoneme manipulation system.

21-26. -26. (canceled)

28. (canceled)

30-37. -37. (canceled)

39. A method for accessing sequenced audio-optical data comprising the steps of:

establishing a primary sequenced audio-optical data structure;

populating said primary sequenced audio-optical data structure with primary sequenced audio-optical data content;

arranging said primary sequenced audio-optical data content populated within said primary sequenced audio-optical data structure in a memory unit format;

establishing a secondary sequenced audio-optical data structure;

populating said secondary sequenced audio-optical data structure with secondary sequenced audio-optical data content;

relating at least one data element of said secondary sequenced audio-optical data content to at least one medial data element interpolated within said memory unit format of said primary sequenced audio-optical data content;

locating said at least one medial data element interpolated within said memory unit format of said primary sequenced audio-optical data content utilizing said at least one related data element of said secondary sequenced audio-optical data content;

accessing said at least one medial data element interpolated within said memory unit format of said primary sequenced audio-optical data content.

40. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of arranging in a memory unit format comprises the step of utilizing a block size.

41. A method for accessing sequenced audio-optical data as described in claim 40 wherein said step of utilizing a block size comprises the step of step of utilizing a block size of 512 bytes or less.

42. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of relating to at least one medial data element comprises the step of relating exclusive of the boundaries of said memory unit format.

43. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of relating to at least one medial data element comprises the step of overlapping the boundaries of said memory unit format.

44. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of relating to at least one medial data element comprises the step of uniquely relating to at least one medial data element.

45. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of relating to at least one medial data element comprises the step of relating independently from said memory unit format.

46. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of locating said at least one medial data element comprises the step of locating said at least one medial data element in situ.

47. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of locating said at least one medial data element comprises the step of separating said at least one medial data element from surrounding primary sequenced audio-optical data content.

48. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of locating said at least one medial data element comprises the step of locating said at least one medial data element independently from a time indexed basis.

49. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of locating said at least one medial data element comprises the step of locating said at least one medial data element independently from a text indexed basis.

50. A method for accessing sequenced audio-optical data as described in claim 39 wherein said step of accessing said at least one medial data element comprises the step of selectively accessing said at least one medial data element.

51. A method for accessing sequenced audio-optical data as described in claim 39 wherein said steps of relating at least one data element, locating said at least one medial data element, and accessing said at least one medial data element comprise the step of utilizing a signature.

52. A method for accessing sequenced audio-optical data as described in claim 39 wherein said steps of relating at least one data element, locating said at least one medial data element, and accessing said at least one medial data element comprise the step of utilizing a byte order.

53. A method for accessing sequenced audio-optical data as described in claim 39 wherein said steps of relating at least one data element, locating said at least one medial data element, and accessing said at least one medial data element comprise the step of utilizing a phoneme.

331. A method as described in claim 39 or 69 wherein said step of establishing a primary sequenced audio-optical data structure comprises the step of establishing a primary sequenced audio-optical data structure selected from the group consisting of a .wav file, a .mpg file, a .avi file, a .wmv file, a .ra file, a .mp3 file, and a .flac file.

332. A method as described in claim 39 or 69 wherein said step of establishing a secondary sequenced audio-optical data structure comprises the step of establishing a secondary sequenced audio-optical data structure selected from the group consisting of a .id3 file, a .xml file, and a .exif file.

351. A method as described in claim 51 or 81 wherein said step of utilizing a signature comprises the step of utilizing a signature selected from the group consisting of a text signature, a phoneme signature, a pixel signature, a music signature, a non-speech audio signature, a video frame signature, and a digital data signature.

376. A method as described in claim 53 or 83 wherein said step of utilizing a phoneme comprises the steps of:

locating a location of said phoneme within said primary sequenced audio-optical data content;

storing said location within said secondary sequenced audio-optical data content.

54-68. -68. (canceled)

69. A method for accessing sequenced audio-optical data comprising the steps of:

establishing a primary sequenced audio-optical data structure;

populating said primary sequenced audio-optical data structure with primary sequenced audio-optical data content;

establishing an integrated secondary sequenced audio-optical data structure;

populating said integrated secondary sequenced audio-optical data structure with integrated secondary sequenced audio-optical data content;

relating at least one data element of said integrated secondary sequenced audio-optical data content to at least one data element of said primary sequenced audio-optical data content;

interstitially accessing said at least one data element of said primary sequenced audio-optical data content utilizing said at least one data element of said integrated secondary sequenced audio-optical data content.

70. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of establishing an integrated secondary sequenced audio-optical data structure comprises the step of attaching a header to said primary sequenced audio-optical data structure.

71. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of relating at least one data element comprises the step of uniquely relating.

72. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of relating comprises the step of relating selected from the group consisting of relating on a content basis, structurally relating, algorithmically relating, relating based on an information meaning, and relating based on format.

73. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of interstitially accessing said at least one data element comprises the steps of:

selecting a start location of said primary sequenced audio-optical data content;

selecting a stop location of said primary sequenced audio-optical data content;

accessing said at least one data element between said start location and said stop location.

74. A method for accessing sequenced audio-optical data as described in claim 73 wherein said step of selecting a start location comprises the step of selecting the beginning of said primary sequenced audio-optical data content, and wherein said step of selecting a stop location comprises the step of selecting the ending of said primary sequenced audio-optical data content.

75. A method for accessing sequenced audio-optical data as described in claim 73 wherein said step of interstitially accessing said at least one data element comprises the step of interstitially accessing said at least one data element exclusive of said start location and said stop location.

76. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of interstitially accessing said at least one data element comprises the step of interstitially accessing said at least one data element in situ.

77. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of interstitially accessing said at least one data element comprises the step of interstitially separating said at least one data element from surrounding primary sequenced audio-optical data content.

78. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of interstitially accessing said at least one data element comprises the step of interstitially accessing said at least one data element independently from a time indexed basis.

79. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of interstitially accessing said at least one data element comprises the step of interstitially accessing said at least one data element independently from a text indexed basis.

80. A method for accessing sequenced audio-optical data as described in claim 69 wherein said step of interstitially accessing said at least one data element comprises the step of selectively interstitially accessing said at least one data element.

81. A method for accessing sequenced audio-optical data as described in claim 69 wherein said steps of relating at least one data element and interstitially accessing said at least one data element comprise the step of utilizing a signature.

82. A method for accessing sequenced audio-optical data as described in claim 69 wherein said steps of relating at least one data element and interstitially accessing said at least one data element comprise the step of utilizing a byte order.

83. A method for accessing sequenced audio-optical data as described in claim 69 wherein said steps of relating at least one data element and interstitially accessing said at least one data element comprise the step of utilizing a phoneme.

84-330. -330. (canceled)

333-350. -350. (canceled)

352-375. -375. (canceled)

377-480. -480. (canceled)