ENHANCED STORAGE AND RETRIEVAL OF SPATIALLY ASSOCIATED INFORMATION

• US 20060179056A1
• Filed: 05/12/2006
• Published: 08/10/2006
• Est. Priority Date: 10/12/2005
• Status: Abandoned Application

• Current Assignee: Outland Research LLC
• Original Assignee: Outland Research LLC
• Inventors: Rosenberg, Louis B.
• Application Number:
  US11/383,195
• Publication Number:
  US 20060179056A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G06F 16/29 Geographical information databases
• CPC Class Codes: G06F 16/9535 Search customisation based on user profiles and personalisation

Abstract

Numerous embodiments exemplarily described herein offer a solution to the problem of overcrowding of spatially associated information by providing geo-demographic tags as a means of targeting spatially associated information at persons who meet certain demographic characteristics. In this way, a user who walks past a busy street corner can configure his or her portable computing device to alert him or her to information that is most appropriate for his or her personal demographic characteristics. In some embodiments, only information that is demographically relevant to a user will trigger an alert and/or be displayed by that user'"'"'s portable computing device. In some embodiments, the plurality of distinct pieces of spatially associated information that are within a certain proximity of a given user will be presented to the user in a displayed order or hierarchy that is dependent upon the demographic relevance of that information to that particular user.

Claims

1. A spatial association method, comprising:

receiving geographic coordinates identifying a current physical location of a mobile computing device of a user;

receiving demographic information identifying at least one current demographic characteristic of the user;

accessing a database containing a plurality of information files, each of the plurality of information files being linked with at least one spatial coordinate and at least one geo-demographic tag;

determining whether the physical location identified by the received geographic coordinates has a predetermined relationship with at least one spatial coordinate to which the plurality of information files are linked;

determining whether at least one demographic characteristic identified by the received demographic information matches at least one geo-demographic tag to which the plurality of information files are linked; and

transmitting an association message to the mobile computing device, the association message adapted to alert the user via the mobile computing device as to the presence of any information files linked both to at least one spatial coordinate determined to have the predetermined relationship with the physical location identified by the received geographic coordinates and to at least one geo-demographic tag determined to match at least one demographic characteristic identified by the received demographic information.

2. The spatial association method of claim 1, wherein the received demographic information identifies at least one demographic characteristic selected from the group consisting of gender, age, age range, highest level of education, current grade level, and school affiliation.

3. The spatial association method of claim 1, wherein the received demographic information identifies at least one demographic characteristic selected from the group consisting of hobby, interest, political affiliation, club affiliation, team affiliation, organizational affiliation, and professional affiliation.

4. The spatial association method of claim 1, wherein the received demographic information identifies at least one demographic characteristic selected from the group consisting of gender, marital status, sexual orientation, membership to a particular circle of friends, family affiliation, income level, number of dependents, and age of dependents.

5. The spatial association method of claim 1, wherein the received demographic information identifies at least one demographic characteristic associated with each of a gender characteristic and either an age characteristic or grade level characteristic.

6. The spatial association method of claim 1, wherein at least one of the plurality of information files contained within the database are further linked with at least one geo-ambient tag, the method further comprising:

accessing ambient information identifying at least one ambient condition present at the current physical location of the mobile computing device of the user;

determining whether at least one ambient condition identified by the received ambient information matches at least one geo-ambient tag to which at least one of the information files are linked when at least one spatial coordinate is determined to have the predetermined relationship with the physical location identified by the received geographic coordinates; and

transmitting an association message to the mobile computing device, the association message adapted to alert the user via the mobile computing device as to the presence of information files further linked to at least one geo- ambient tag matching at least one ambient condition identified by the accessed ambient information.

7. The spatial association method of claim 6, wherein the accessed ambient information identifies at least one ambient condition selected from the group consisting of a weather condition and a season-of-year.

8. The spatial association method of claim 7, wherein the at least one weather condition is selected from the group consisting of air temperature, air temperature range, cloud cover, presence of precipitation, current type of precipitation, current chance of precipitation, presence of fog, presence of storms, wind conditions, sun conditions, recent accumulation of precipitation, UV index, smog conditions, and pollen count.

9. The spatial association method of claim 6, wherein the accessed ambient information identifies at least one ambient condition selected from the group consisting of time-of-day, day-of-week, and month-of-year.

10. The spatial association method of claim 1, wherein at least one of the plurality of information files contained within the database are further linked with at least one mobility tag, the method further comprising:

receiving mobility information identifying at least one mobility condition of the mobile computing device;

determining whether at least one mobility condition identified by the received mobility information matches at least one mobility tag to which at least one of the information files are linked when at least one spatial coordinate is determined to have the predetermined relationship with the physical location identified by the received geographic coordinates; and

transmitting an association message to the mobile computing device, the association message adapted to alert the user via the mobile computing device as to the presence of information files further linked to at least one mobility tag matching at least one ambient condition identified by the received mobility information.

11. The spatial association method of claim 10, wherein the received mobility information identifies at least one mobility condition selected from the group consisting of current speed of motion and range of speeds of motion.

12. The spatial association method of claim 10, wherein the received mobility information identifies at least one mobility condition selected from the group consisting of current direction of motion, range of directions of motion, trajectory of motion, and range of trajectories of motion.

13. The spatial association method of claim 10, wherein the received mobility information identifies at least one mobility condition selected from the group consisting of current orientation and range of orientations.

14. The spatial association method of claim 1, wherein the association message is adapted to cause the mobile computing device to provide at least one of a visual, auditory, and tactile alert to the user.

15. The spatial association method of claim 1, wherein the association message is further adapted to inform the user via the mobile computing device as to at least one of the type, importance, relevance, and proximity of the information file.

16. The spatial association method of claim 1, wherein the predetermined relationship is a requirement that the current physical location is within a certain proximity of the at least one spatial coordinate.

17. The spatial association method of claim 1, wherein the predetermined relationship is a requirement that the current physical location is within a defined area or defined volume associated with the at least one spatial coordinate.

18. A spatial association method, comprising:

receiving geographic coordinates identifying a current physical location of a mobile computing device of a user;

accessing ambient information identifying at least one ambient condition present at the current physical location of the mobile computing device of the user;

accessing a database containing a plurality of information files, each of the plurality of information files being linked with at least one spatial coordinate and at least one geo-ambient tag;

determining whether the physical location identified by the received geographic coordinates has a predetermined relationship with at least one spatial coordinate to which the plurality of information files are linked;

determining whether at least one ambient condition identified by the received ambient information matches at least one geo-ambient tag to which at least one of the information files are linked when at least one spatial coordinate is determined to have the predetermined relationship with the physical location identified by the received geographic coordinates; and

transmitting an association message to the mobile computing device, the association message adapted to alert the user via the mobile computing device as to the presence of any information files linked both to at least one spatial coordinate determined to have the predetermined relationship with the physical location identified by the received geographic coordinates and to at least one geo-ambient tag matching at least one ambient condition identified by the accessed ambient information.

19. The spatial association method of claim 18, wherein the accessed ambient information identifies at least one ambient condition selected from the group consisting of a weather condition and a season-of-year.

20. The spatial association method of claim 19, wherein the at least one weather condition is selected from the group consisting of air temperature, air temperature range, cloud cover, presence of precipitation, current type of precipitation, current chance of precipitation, presence of fog, presence of storms, wind conditions, sun conditions, recent accumulation of precipitation, UV index, smog conditions, and pollen count.

21. The spatial association method of claim 18, wherein the accessed ambient information identifies at least one ambient condition selected from the group consisting of time-of-day, day-of-week, and month-of-year.

22. The spatial association method of claim 18, wherein the association message is adapted to cause the mobile computing device to provide at least one of a visual, auditory, and tactile alert to the user.

23. The spatial association method of claim 18, wherein the association message is further adapted to inform the user via the mobile computing device as to at least one of the type, importance, relevance, and proximity of the information file.

24. The spatial association method of claim 18, wherein the predetermined relationship is a requirement that the current physical location is within a certain proximity of the at least one spatial coordinate.

25. The spatial association method of claim 18, wherein the predetermined relationship is a requirement that the current physical location is within a defined area or defined volume associated with the at least one spatial coordinate.

26. A spatial association method, comprising:

receiving geographic coordinates identifying a current physical location of a mobile computing device of a user;

receiving current speed information of the mobile computing device;

accessing a database containing a plurality of information files, each of the plurality of information files being linked with at least one spatial coordinate and at least one speed-related mobility tag;

determining whether the physical location identified by the received geographic coordinates has a predetermined relationship with at least one spatial coordinate to which the plurality of information files are linked;

determining whether the current speed matches at least one mobility tag to which at least one of the information files are linked when at least one spatial coordinate is determined to have the predetermined relationship with the physical location identified by the received geographic coordinates; and

transmitting an association message to the mobile computing device, the association message adapted to alert the user via the mobile computing device as to the presence of any information files linked both to at least one spatial coordinate determined to have the predetermined relationship with the physical location identified by the received geographic coordinates and to at least one mobility tag matching the current speed.

27. The spatial association method of claim 26, wherein the current speed is determined to match the at least one mobility tag if the current speed is below a certain speed level.

28. The spatial association method of claim 26, wherein the current speed is determined to match the at least one mobility tag if the current speed is within a certain speed range.

29. The spatial association method of claim 26, wherein the current speed is determined to match the at least one mobility tag if the current speed is above a certain speed level.

30. A spatial association system, comprising:

a server containing circuitry adapted to;

receive geographic coordinates identifying a current physical location of a mobile computing device of a user;

receive current demographic information identifying at least one current demographic characteristic of the user;

access a database containing a plurality of information files, each of the plurality of information files being linked with at least one spatial coordinate and at least one geo-demographic tag;

determine whether the physical location identified by the received geographic coordinates has a predetermined relationship with at least one spatial coordinate to which the plurality of information files are linked;

determine whether at least one demographic characteristic identified by the received demographic information matches at least one geo-demographic tag to which the plurality of information files are linked; and

transmit an association message to the mobile computing device, the association message adapted to alert the user via the mobile computing device as to the presence of any information files linked both to at least one spatial coordinate determined to have the predetermined relationship with the physical location identified by the received geographic coordinates and to at least one geo-demographic tag determined to match at least one demographic characteristic identified by the received demographic information.

31. The spatial association system of claim 30, wherein the association message is adapted to cause the mobile computing device to provide at least one of a visual, auditory, and tactile alert to the user.

32. The spatial association system of claim 30, wherein the association message is further adapted to inform the user via the mobile computing device as to at least one of the type, importance, relevance, and proximity of the information file.

33. The spatial association system of claim 30, wherein the predetermined relationship is a requirement that the current physical location is within a certain proximity of the at least one spatial coordinate.