Imaging systems including hyperlink associations

• US 20060190812A1
• Filed: 02/22/2005
• Published: 08/24/2006
• Est. Priority Date: 02/22/2005
• Status: Abandoned Application

• Current Assignee: Geovector Corporation
• Original Assignee: Geovector Corporation
• Inventors: Ellenby, Thomas William, Ellenby, Peter Malcolm, Ellenby, John
• Application Number:
  US11/062,717
• Publication Number:
  US 20060190812A1
• Time in Patent Office: Days
• US Class Current: 715/209
• CPC Class Codes: G06F 16/5854 using shape and object relationship
• CPC Class Codes: G06F 16/955 using information identifiers, e.g. uniform resource locators [URL]

Abstract

Computer pointing systems include schemes for producing image map type hyperlinks which are associated and stored integrally with image data from which they are derived. An object being addressed by a pointing system of is implicitly identified by way of its location and position relative to the pointing system. A geometric definition which corresponds to space substantially occupied by the addressed object is rotated appropriately such that it perspective matches that of the imaging station. When an image is captured, the image data (pixel data) is recorded and associated with image map objects which may include network addresses such as a URL. On reply, these images automatically present network hyperlinks to a user whereby the user can click on an image field and cause a browser application to be directed to a network resource.

Claims

1. ) Methods of recording information relating to a scene comprising the steps:

capturing a digital pixel image;

determining imager view-state parameters;

searching a database based upon view-state parameters;

defining image region areas corresponding to objects recalled in database search;

associating said image region areas with corresponding image space in said pixel image; and

forming a compound data file comprising pixel image information and associated information relating to the scene.

2. ) Methods of recording information relating to a scene of claim 1, said ‘

searching a database’

step is further defined as recalling information related to objects within the field-of-view of the imager.

3. ) Methods of recording information relating to a scene of claim 2, said ‘

searching a database step’

includes finding geometric intersection between the geometric descriptor of a stored record and the solid angle field-of-address of the imager at the time pixel data is captured.

4. ) Methods of recording information relating to a scene of claim 3, said ‘

searching a database step’

further includes recalling from memory a 3D model or geometric descriptor where intersection is determined in said database search.

5. ) Methods of recording information relating to a scene of claim 4, said ‘

searching a 30 database step’

further includes recalling from memory a network address.

6. ) Methods of recording information relating to a scene of claim 5, said ‘

searching a database step’

further includes recalling from memory an Internet uniform resource locator.

7. ) Methods of recording information relating to a scene of claim 4, said ‘

searching a database step’

further includes recalling from memory text labels.

8. ) Methods of recording information relating to a scene of claim 4, said ‘

searching a database step’

further includes recalling from memory a classification identifier.

9. ) Methods of recording information relating to a scene of claim 1, said ‘

determining imager view state parameters’

includes determining imager position and pointing attitude.

10. ) Methods of recording information relating to a scene of claim 9, said view-state parameters further include:

magnification and field-of-view.

11. ) Methods of recording information relating to a scene of claim 9, further includes any of imager related information from the group including:

present time, f-stop, shutter speed, and artist/author.

12. ) Methods of recording information relating to a scene of claim 1, said ‘

defining image region areas’

further includes converting three dimensional geometric descriptor models to two dimensional image region areas in agreement with the perspective of the scene as viewed from the imager.

13. ) Methods of recording information relating to a scene of claim 12, said ‘

associating said image region areas’

step further includes aligning two dimensional image region areas with corresponding space in the digital pixel image captured.

14. ) Methods of recording information relating to a scene of claim 13, said ‘

associating said image region areas’

step further includes associating network addresses with regions to form a one-to-one correspondence whereby an image map with hot spot hyperlinks is formed;

15. ) Methods of recording information relating to a scene of claim 5, associating said network address with an image region area forming a one-to-one correspondence between objects and network addresses.

16. ) Methods of recording information relating to a scene of claim 7, associating said label with an image region area forming a one-to-one correspondence between objects and labels.

17. ) Imaging systems comprising:

a digital imager;

position and attitude determining means;

a computer processor; and

a database,

said position and attitude determining means having outputs coupled to said computer processor such that stored information is recalled from said database in agreement with position and attitude values and associations are formed between image regions and information recalled.

18. ) Imaging systems of claim 17, further comprises view state determining means which further defines the geometric nature of the solid angle field of address.

19. ) Imaging systems of claim 18, further comprising physical systems including a clock;

thermometer; and

text input means.