Apparatus, method and system for a temporal interface, interpretive help, directed searches, and dynamic association mapping

• US 20010034742A1
• Filed: 01/16/2001
• Published: 10/25/2001
• Est. Priority Date: 01/17/2000
• Status: Abandoned Application

• Current Assignee: Konata Stinson
• Original Assignee: Konata Stinson
• Inventors: Stinson, Konata
• Application Number:
  US09/761,617
• Publication Number:
  US 20010034742A1
• Time in Patent Office: Days
• US Class Current: 715/501.1
• CPC Class Codes: G06F 16/954 Navigation, e.g. using categorised browsing
• CPC Class Codes: G06F 3/0481 based on specific properties of the displayed interaction object or a metaphor-based environment, e.g. interaction with desktop elements like windows or icons, or assisted by a cursor's changing behaviour or appearance
• CPC Class Codes: G06F 3/04817 using icons graphical or visual programming using iconic symbols G06F8/34

Abstract

The present invention is a method, apparatus, and system for improving the ability to access, map, search, navigate, and visualize complicated bodies of related information, for example, bodies such as the World Wide Web. A temporal user interface allows users to visualize complex data sets. In one embodiment, this is done by viewing data set representations as raindrops in a pool of water across the time span of a rain storm. Also, the present invention dynamically analyzes and maps information to provide relevant information for a user to view. In one embodiment, the dynamic analysis mapping of information is displayed over time in the temporal user interface. The present invention further provides a mechanism allowing a user to perform directed searches. This allows the user to provide a relevant starting point, subject matter, and a number of other criteria to the search facility that results in search results that are more meaningful. Finally, the present invention provides an interpretive help facility. The interpretive help facility can analyze the users history of actions and provide relevant help based on those actions. The interpretive help facility also allows the user correct mistakes.

Claims

1. A method of using a computer system to graphically display search results, comprising:

sending a search request to a search engine, wherein the search request includes a navigation location processed into a format required by the search engine;

receiving search results from the search engine, wherein the search results are proximal links related to the navigation location, wherein the proximal links are related to the search request;

displaying the search results in a display area, wherein the search results are represented as graphical shapes drawn in the display area and at any given time represent data for a time quantum, and wherein the graphical shapes reference data and respond to user selections allowing a user to access referenced data.

2. The method of

claim 1

, wherein the proximal links may be at least one navigation location.

3. The method of

claim 1

, wherein the proximal links may be a subweb.

4. The method of

claim 1

, wherein the received proximal links are provided to an output target.

5. The method of

claim 1

, wherein the graphical shapes are grouped by the inter-relatedness of the data referenced by the graphical shapes.

6. The method of

claim 5

, wherein the inter-relatedness of the data is represented by graphical shapes, wherein subsequent data containing references within the scope of primary data are represented by subsequent graphical shapes that are enveloped by primary graphical shapes.

7. The method of

claim 5

, wherein the inter-relatedness of the data is represented by graphical shapes, wherein subsequent data containing no references within the scope of primary data are represented by subsequent graphical shapes that do not intersect and are not enveloped by primary graphical shapes.

8. A system of using a computer to graphically display search results, comprising:

means to send a search request to a search engine, wherein the search request includes a navigation location processed into a format required by the search engine;

means to receive search results from the search engine, wherein the search results are proximal links related to the navigation location, wherein the proximal links are related to the search request;

means to display the search results in a display area, wherein the search results are represented as graphical shapes drawn in the display area and at any given time represent data for a time quantum, and wherein the graphical shapes reference data and respond to user selections allowing a user to access referenced data.

9. The system of

claim 8

, wherein the proximal links may be at least one navigation location.

10. The system of

claim 8

, wherein the proximal links may be a subweb.

11. The system of

claim 8

, wherein the received proximal links are provided to an output target.

12. The system of

claim 8

, wherein the graphical shapes are grouped by the inter-relatedness of the data referenced by the graphical shapes.

13. The system of

claim 12

, wherein the inter-relatedness of the data is represented by graphical shapes, wherein subsequent data containing references within the scope of primary data are represented by subsequent graphical shapes that are enveloped by primary graphical shapes.

14. The system of

claim 8

, wherein the inter-relatedness of the data is represented by graphical shapes, wherein subsequent data containing no references within the scope of primary data are represented by subsequent graphical shapes that do not intersect and are not enveloped by primary graphical shapes.

15. A method of using a computer system for searching for relevant data, comprising:

receiving a search request from a user, wherein the search request includes a search subject and navigation location;

processing the search request into a format required by a search engine;

sending the processed search request to the search engine, wherein the processed search request is processed for the search engine;

receiving search results, which are proximal links, wherein the proximal links are related to the navigation location from the search request;

determining which proximal links are relevant, wherein relevant links are those that are related to the search subject of the search request; and

transmitting the search results to the user.

16. The method of

claim 15

, further comprising determining if too many proximal links have been found.

17. The method of

claim 15

, further comprising processing relevant links for output if not too many proximal links have been found.

18. The method of

claim 15

, further comprising providing the relevant links to an output target.

19. The method of

claim 18

, wherein the output target is for is a temporal user interface.

20. The method of

claim 15

, wherein the proximal links may be at least one navigation location.

21. The method of

claim 15

, wherein the proximal links may be a subweb.

22. A system of using a computer to search for information, comprising:

means to obtain a query, wherein the query includes a search subject and navigation location;

means to process the navigation location into a format required by a search engine;

means to provide the search engine with a location request, wherein the location request is the processed navigation location;

means to obtain navigation location related proximal links, wherein the location proximal links are related to the location request;

means to process the location proximal links for relevance; and

means to identify subject links related to the search subject from the processed location proximal links.

23. The system of

claim 22

, further comprising means to determine if an expanse breach has occurred.

24. The system of

claim 22

, further comprising means to process the identified subject links for output if no expanse breach occurred.

25. The system of

claim 22

, further comprising means to provide the processed proximal links to an output target.

26. The system of

claim 25

, wherein the output target is for is a temporal user interface.

27. The system of

claim 22

, wherein the proximal links may be at least one navigation location.

28. The system of

claim 22

, wherein the proximal links may be a subweb.

29. A method of using a computer to display help information, comprising:

monitoring function execution;

storing a current system state;

determining what functions have been executed by examining latest stored system states if a request for help has been made;

displaying help information based on the functions that have been last executed.

30. The method of

claim 29

, further comprising determining if the last executed function has been made by mistake.

31. The method of

claim 30

, wherein the determination that the last executed function has been made by mistake is made by a user engaging an undo function.

32. The method of

claim 29

, further comprising instantiating a latest stored system state the last executed function has been made by mistake.

33. An interaction computer interface invocable by an application program responsive to user selections to invoke application module commands, comprising:

an information pool;

information clouds, wherein the information clouds are data structures referencing information;

information crystals, wherein the information crystals reference information in information clouds and form at a passing of a temporal quantum;

information raindrops, wherein the information raindrops are information crystals that form in an information pool.

34. The interface of

claim 33

, wherein a liquid graphic transformation effect is applied to the information pool.

35. The interface of

claim 33

, wherein the information pool is displayed in a window.

36. The interface of

claim 33

, wherein a highlighted portion of the information pool is displayed as a subview.

37. The interface of

claim 33

, wherein the information pool includes a pool bottom.

38. The interface of

claim 37

, wherein the pool bottom displays multimedia.

39. The interface of

claim 37

, wherein the pool bottom displays advertising.

40. The interface of

claim 33

, wherein the information pool displays temporal information.

41. The interface of

claim 33

, wherein the information clouds reference information from a data analyzer.

42. The interface of

claim 33

, wherein the information crystals reference navigation locations.

43. The interface of

claim 33

, wherein the information crystals reference subjects.

44. The interface of

claim 33

, wherein the information crystals reference multimedia.

45. The interface of

claim 33

, wherein the information crystals reference a number representing how many alternate navigation locations refer to a particular navigation location.

46. The interface of

claim 33

, wherein the information raindrops visually appear as analogue to real world raindrops falling into a pool.

47. The interface of

claim 33

, wherein groups of raindrops represent groups of data in a subweb.

48. The interface of

claim 33

, wherein the appearance of a raindrop may vary based on specified criteria.

49. The interface of

claim 33

, wherein the appearance of a raindrop may vary in color.

50. The interface of

claim 33

, wherein the appearance of a raindrop may vary in size.

51. The interface of

claim 33

, wherein the appearance of a raindrop may vary in thickness.

52. The interface of

claim 33

, wherein the appearance of a raindrop may vary in transparency.

53. The interface of

claim 33

, wherein the appearance of a raindrop may be complimented with complementary dynamic visual cues.

54. The interface of

claim 48

, wherein a specified criterion is the type of a document.

55. The interface of

claim 48

, wherein a specified criterion is a size of a document.

56. The interface of

claim 48

, wherein a specified criterion is a number representing how many alternate navigation locations refer to a particular navigation location.

57. The interface of

claim 48

, wherein a specified criterion is a number of multimedia files at a navigation location.

58. The interface of

claim 48

, wherein a specified criterion is staleness of a link.

59. The interface of

claim 48

, wherein a specified criterion is a media content type.

60. The interface of

claim 48

, wherein a specified criterion is a subject relevancy ranking.

61. The interface of

claim 48

, further comprising a dynamic mapping and search selection facility.

62. The interface of

claim 61

, wherein the search selection facility allows modification of the specified criteria.

63. The interface of

claim 33

, further comprising a time line facility.

64. The interface of

claim 33

, further comprising an interpretive help tool.

65. The interface of

claim 33

, further comprising a focus box.

66. The interface of

claim 33

, further comprising a skimming pebble facility.

67. A method of using a computer to display data, comprising:

displaying an information pool;

receiving information from a data source;

generating information clouds, wherein the information clouds are data structures referencing information obtained from the data source;

generating information crystals, wherein the information crystals reference information in information clouds and form at a passing of a temporal quantum; and

displaying information raindrops, wherein the information raindrops are information crystals that form in an information pool.

68. The method of

claim 67

, wherein the data source is a data analyzer.

69. The method of

claim 67

, further comprising applying a liquid graphic transformation effect to the information pool.

70. The method of

claim 67

, wherein the information pool is displayed in a window.

71. The method of

claim 67

, wherein a highlighted portion of the information pool is displayed as a subview.

72. The method of

claim 67

, wherein the information pool includes a pool bottom.

73. The method of

claim 72

, further comprising displaying multimedia in the pool bottom.

74. The method of

claim 72

, further comprising displaying advertising in the pool bottom.

75. The method of

claim 67

, further comprising displaying temporal information in the information pool.

76. The method of

claim 67

, wherein the information clouds obtain information from a data analyzer.

77. The method of

claim 67

, wherein the information crystals reference navigation locations.

78. The method of

claim 67

, wherein the information crystals reference subjects.

79. The method of

claim 67

, wherein the information crystals reference multimedia.

80. The method of

claim 67

, wherein the information crystals reference a number representing how many alternate navigation locations refer to a particular navigation location.

81. The method of

claim 67

, wherein the information raindrops visually appear as analogue to real world raindrops falling into a pool.

82. The method of

claim 67

, wherein groups of raindrops represent groups of data in a subweb.

83. The method of

claim 67

, wherein the appearance of a raindrop may vary based on specified criteria.

84. The method of

claim 67

, wherein the appearance of a raindrop may vary in color.

85. The method of

claim 67

, wherein the appearance of a raindrop may vary in size.

86. The method of

claim 67

, wherein the appearance of a raindrop may vary in thickness.

87. The method of

claim 67

, wherein the appearance of a raindrop may be complimented with complementary dynamic visual cues.

88. The method of

claim 67

, wherein the appearance of a raindrop may vary in translucency.

89. The method of

claim 83

, wherein a specified criterion is the type of a document.

90. The method of

claim 83

, wherein a specified criterion is a size of a document.

91. The method of

claim 83

, wherein a specified criterion is a number representing how many alternate navigation locations refer to a particular navigation location.

92. The method of

claim 83

, wherein a specified criterion is a number of multimedia files at a navigation location.

93. The method of

claim 83

, wherein a specified criterion is staleness of a link.

94. The method of

claim 83

, wherein a specified criterion is a media content type.

95. The method of

claim 83

, wherein a specified criterion is a subject relevancy ranking.

96. The method of

claim 83

, further comprising a dynamic mapping and search selection facility.

97. The method of

claim 96

, wherein the search selection facility allows modification of the specified criteria.

98. In memory, an interaction interface invocable by an application program responsive to user selections to invoke application module commands, comprising:

a graphical shape to represent temporal information;

a display area to display the graphical shapes,

wherein the graphical shapes drawn in the display area at any given time represent data for a time quantum,

wherein the graphical shapes reference data and respond to user selections allowing a user to access referenced data;

a temporal selection facility to specify any given time quantum in a chronological data set responsive to user selections,

wherein the temporal selection facility is disposed in communication with the display area such that user selections specifying a time quantum instruct the display area to display temporal information for a specified time quantum from a chronological data set.

99. The interface of

claim 98

, wherein a liquid graphic transformation effect is applied to the display area.

100. The interface of

claim 98

, wherein the display area is displayed in a window.

101. The interface of

claim 98

, wherein a highlighted portion of the display area is displayed as a subview.

102. The interface of

claim 98

, wherein the display area includes a lower display layer.

103. The interface of

claim 102

, wherein the lower display layer displays multimedia.

104. The interface of

claim 102

, wherein the lower display layer displays advertising.

105. The interface of

claim 98

, wherein the display area displays temporal information.

106. The interface of

claim 98

, wherein the chronological data set is obtained from a data analyzer.

107. The interface of

claim 98

, wherein the data the shapes reference navigation locations.

108. The interface of

claim 98

, wherein the data the shapes reference multimedia.

109. The interface of

claim 98

, wherein the shapes reference data from a chronological data set.

110. The interface of

claim 98

, wherein the shapes visually appear as analogue to real world raindrops falling into a pool.

111. The interface of

claim 98

, wherein groups of shapes represent groups of data in a subweb.

112. The interface of

claim 98

, wherein the appearance of a shape may vary based on specified criteria.

113. The interface of

claim 98

, wherein the appearance of a shape may vary in color.

114. The interface of

claim 98

, wherein the appearance of a shape may vary in size.

115. The interface of

claim 98

, wherein the appearance of a shape may vary in thickness.

116. The interface of

claim 98

, wherein the appearance of a shape may vary in transparency.

117. The interface of

claim 98

, wherein the appearance of a shape may be complimented with complementary dynamic visual cues.

118. The interface of

claim 112

, wherein a specified criterion is the type of a document.

119. The interface of

claim 112

, wherein a specified criterion is a size of a document.

120. The interface of

claim 112

, wherein a specified criterion is a number representing how many alternate navigation locations refer to a particular navigation location.

121. The interface of

claim 112

, wherein a specified criterion is a number of multimedia files at a navigation location.

122. The interface of

claim 112

, wherein a specified criterion is staleness of a link.

123. The interface of

claim 112

, wherein a specified criterion is a media content type.

124. The interface of

claim 112

, wherein a specified criterion is a subject relevancy ranking.

125. The interface of

claim 98

, further comprising a dynamic mapping and search selection facility.

126. The interface of

claim 125

, wherein the search selection facility allows modification of the specified criteria.

127. The interface of

claim 98

, further comprising an interpretive help tool.

128. The interface of

claim 98

, further comprising a focus box.

129. The interface of

claim 98

, further comprising a skimming pebble facility.

130. The interface of

claim 98

, wherein the graphical shapes are grouped by the inter-relatedness of the data referenced by the graphical shapes.

131. The interface of

claim 130

, wherein the inter-relatedness of the data is represented by graphical shapes, wherein subsequent data containing references within the scope of primary data are represented by subsequent graphical shapes that are enveloped by primary graphical shapes.

132. The interface of

claim 130

, wherein the inter-relatedness of the data is represented by graphical shapes, wherein subsequent data containing no references within the scope of primary data are represented by subsequent graphical shapes that do not intersect and are not enveloped by primary graphical shapes.

133. The interface of

claim 130

, wherein the inter-relatedness of the data is represented by graphical shapes, wherein subsequent data containing some references within the scope of primary data and some references outside the scope of primary data are represented by subsequent graphical shapes that intersect with primary graphical shapes.