Organising information

• US 20010021931A1
• Filed: 03/09/2001
• Published: 09/13/2001
• Est. Priority Date: 03/13/2000
• Status: Abandoned Application

• Current Assignee: Ian John Vaughan
• Original Assignee: Ian John Vaughan
• Inventors: Vaughan, Ian John
• Application Number:
  US09/803,423
• Publication Number:
  US 20010021931A1
• Time in Patent Office: Days
• US Class Current: 707/100
• CPC Class Codes: G06F 16/355 Class or cluster creation or modification
• CPC Class Codes: G06F 16/904 Browsing; Visualisation therefor for navigating the web G06F16/954; browsing optimisation for the web G06F16/957
• CPC Class Codes: G06F 16/954 Navigation, e.g. using categorised browsing

Abstract

A system and method for organising information items in a database. The system and method use a three-dimensional classification space having a co-ordinate origin, which in a preferred embodiment may be displayed as a rotatable sphere 20. Subject topics are associated in the classification space with solid cones 22 having radii 21 of the sphere as their axes and information items are assigned co-ordinates 24 within the appropriate subject cone. The sphere may be further divided into shells 11,12,13 of different radii corresponding to different categories of information items within the same subject area. In retrieving information it is possible to display items of information assigned similar co-ordinates within the classification space and to rotate the sphere to show neighboring items having associated subject content. The invention has particular application to classifying and search for web sites or other information on the Internet.

Claims

1. An organising system for organising information items in a database, the information items having information content within a subject area;

the system comprising;

geometric means for providing a three dimensional classification space having a co-ordinate origin and providing signals representative thereof to display means whereby the classification space is displayable as a three dimensional rotatable object;

input means for associating information items with co-ordinates in the three dimensional classification space;

navigating means for searching for information items in the three dimensional classification space; and

output means for retrieving at least one of said information items from the three dimensional classification space.

2. A system as claimed in

claim 1

, wherein the three dimensional classification space is a spherical polar co-ordinate classification space having a spherical co-ordinate origin and the rotatable object is a rotatable sphere.

3. A system as claimed in

claim 2

, wherein the geometric means includes locating means for associating predetermined subject areas with respective ranges of angles of azimuth and declination relative to the spherical co-ordinate origin to form subject radial pillars.

4. A system as claimed in

claim 2

, wherein the information items are further associated with respective information categories and the geometric means further comprises categorising means for associating pre-determined information categories with respective ranges of radial distances from the co-ordinate origin to form spherical category shells.

5. A system as claimed in

claim 3

, wherein the locating means is adapted for allocating predetermined subject topics within a subject radial pillar to respective spaced apart co-ordinates on a shell to form subject pegs.

6. A system as claimed in

claim 5

, wherein the locating means is further adapted for allocating predetermined subject sub-topics to respective co-ordinates in the vicinity of a related subject peg to form subject sub-pegs.

7. A system as claimed in

claim 6

, wherein the geometric means further comprises indexing means for updating a classification index with the polar co-ordinate ranges or locations of subject areas, subject categories, subject topics and/or subject sub-topics.

8. A system as claimed in

claim 3

, wherein the locating means is adapted for allocating an information item according to the subject area of the information item to a corresponding subject radial pillar and assigning polar co-ordinates in the vicinity of the subject radial pillar to the information item.

9. A system as claimed in

claim 4

, wherein the locating means is further adapted for assigning the information item to a category shell according to the information category of the information item.

10. A system as claimed in

claim 5

, wherein the locating means is further adapted for allocating the information item according to the subject topic of the information item with polar co-ordinates in the vicinity of the polar co-ordinates of a subject peg corresponding to that subject topic.

11. A system as claimed in

claim 6

, wherein the locating means is further adapted for allocating information items according to the subject sub-topic of the information item with polar co-ordinates in the vicinity of the polar co-ordinates of a subject sub-peg corresponding to that subject sub-topic.

12. A system as claimed in

claim 7

, wherein the navigating means is adapted for s electing a subject radial pillar corresponding to the subject area of an information item searched for, preferably by performing a look-up in the classification index, and further comprises rotating means for rotating the sphere as necessary to display contents in the vicinity of the selected subject radial pillar.

13. A system as claimed in

claim 5

, wherein the navigation means comprises shell display means for displaying within the selected subject radial pillar a search shell having associated search means for performing a search within the subject radial pillar for information items within a required subject category and subject topic, and for displaying a portion of a shell, corresponding to the subject category, containing information items corresponding to the subject topic of the information item searched for in the vicinity of a subject peg corresponding to the subject topic of the information item searched for.

14. A system as claimed in

claim 6

, wherein the shell display means is adapted for displaying a portion of a shell in the vicinity of a subject sub-peg containing information items corresponding to the sub-topic of the information item searched for.

15. A system as claimed in

claim 7

, wherein the search means is adapted to search in the classification index for topics and/or sub-topics having associated subject pegs and sub-pegs respectively.

16. A system as claimed in

claim 1

, wherein the input means is adapted for indexing geographical information associated with the information item and the navigating means is adapted for using geographical information as a search criterion.

17. A system as claimed in

claim 16

, wherein the input means is adapted for storing a value or range of latitude and longitude associated with the information item and the navigating means is adapted for searching for information items by their associated stored values or ranges of latitude and longitude.

18. A system as claimed in

claim 16

, wherein the navigating means includes geographical display means for displaying a globe of the world or a map and the navigating means is adapted for selecting on the display of the globe or map the geographical location associated with information items searched for.

19. A method for organising information items in a database, the information items having information content within a subject area;

the method comprising the steps of;

a) providing geometric means to provide a three dimensional classification space having a co-ordinate origin;

b) using the geometric means to provide signals representative of the classification space to display means whereby the classification space is displayed as a rotatable three dimensional object;

c) providing and using input means to associate information items with co-ordinates in the three dimensional classification space;

d) providing and using navigating means to search for information items in the classification space; and

e) providing and using output means to retrieve at least one of said information items from the classification space.

20. A method as claimed in

claim 19

, wherein step a) includes providing a spherical polar co-ordinate classification space having a spherical co-ordinate origin as the three dimensional classification space and step b) includes displaying a rotatable sphere as the rotable three dimensional object.

21. A method as claimed in

claim 20

, wherein step a) includes using locating means to associate predetermined subject areas with respective ranges of angles of azimuth and declination relative to the spherical co-ordinate origin to form subject radial pillars.

22. A method as claimed in

claim 20

, wherein the information items are further associated with respective information categories and step a) includes using categorising means to associate pre-determined information categories with respective ranges of radial distances from the co-ordinate origin to form spherical category shells.

23. A method as claimed in

claim 21

, wherein step a) includes using the locating means to allocate predetermined subject topics within a subject radial pillar to respective spaced apart co-ordinates on a shell to form subject pegs.

24. A method as claimed in

claim 23

, wherein step a) includes allocating, using the locating means, predetermined subject sub-topics to respective co-ordinates in the vicinity of a related subject peg to form subject sub-pegs.

25. A method as claimed in

claim 24

, wherein step a) includes updating a classification index with the polar co-ordinate ranges or locations of subject areas, subject categories, subject topics and/or subject sub-topics.

26. A method as claimed in

claim 21

, wherein step c) includes using the locating means to allocate an information item, according to the subject area of the information item, to a corresponding subject radial pillar and assigning polar co-ordinates within the subject radial pillar to the information item.

27. A method as claimed in

claim 22

, wherein step c) further includes using the locating means to assign the information item to a category shell, according to the information category of the information item.

28. A method as claimed in

claim 23

, wherein step c) further includes using the locating means to allocate the information item, according to the subject topic of the information item, polar co-ordinates in the vicinity of the polar co-ordinates of a subject peg corresponding to that subject topic.

29. A method as claimed in

claim 24

, wherein step c) further includes using the locating means to allocate the information item, according to the subject sub-topic of the information item, polar co-ordinates in the vicinity of the polar co-ordinates of a subject sub-peg corresponding to that subject sub-topic.

30. A method as claimed in

claim 25

, wherein step d) further includes using the navigating means to select a subject radial pillar, corresponding to the subject area of an information item searched for, preferably by performing a look-up in the classification index, and further includes rotating the sphere as necessary to display contents in the vicinity of the selected subject radial pillar.

31. A method as claimed in

claim 23

, wherein step d) further includes using shell display means to display, within the selected subject radial pillar, a search shell having associated search means;

performing a search within the subject radial pillar for information items within a required subject category and subject topic; and

displaying a portion of a shell, corresponding to the subject category, containing information items corresponding to the subject topic of the information item searched for in the vicinity of a subject peg corresponding to the subject topic of the information item searched for.

32. A method as claimed in

claim 29

, wherein step d) includes using the shell display means to display a portion of a shell in the vicinity of a subject sub-peg containing information items corresponding to the sub-topic of the information item searched for.

33. A method as claimed in

claim 29

, wherein step d) includes using the search means to search in the classification index for topics and/or sub-topics having associated subject pegs and sub-pegs respectively.

34. A method as claimed in

claim 19

, wherein step c) includes using the input means to index geographical information associated with the information item and step d) includes using geographical information as a search criterion.

35. A method as claimed in

claim 34

, wherein step c) includes using the input means to store a value or range of latitude and longitude associated with the information item and step d) includes using the navigating means to search for information items by their associated stored values or ranges of latitude and longitude.

42. A computer program product comprising program code means stored in a computer-readable medium for performing the method of

claim 19

when that program product is run on a computer.

36. An input device for use in the above method, the input device having means for generating a signal for rotating the rotatable sphere.

37. An input device as claimed in

claim 36

, wherein the signal generating means is a tracker ball.

38. An input device as claimed in

claim 36

, wherein the input device also includes selection means for selecting an information category.

39. An input device as claimed in

claim 36

, wherein the input device further includes cursor control means and switching means for switching the input device between navigation operations according to the present invention and cursor control operations.

40. A computer program comprising program code means for performing all the steps of the above method when the program is run on a computer.

41. A computer program as claimed in

claim 40

, wherein the computer program is embodied on a computer-readable medium.