GIS-based automated weather alert notification system

• US 7,602,285 B2
• Filed: 11/11/2002
• Issued: 10/13/2009
• Est. Priority Date: 03/28/2001
• Status: Expired due to Fees

• Current Assignee: DTN, LLC (TBG AG)
• Original Assignee: Meteorlogix, LLC (TBG AG)
• Inventors: Sznaider, Ronald J., Chenevert, Douglas P., Hugg, Robert L., Block, James H., Reece, Clive F.
• Primary Examiner(s): Swarthout; Brent
• Application Number:
  US10/291,970
• Publication Number:
  US 20030107490A1
• Time in Patent Office: 2,528 Days
• Field of Search: 34042618-42621, 340/994, 340/905, 340/601, 340/539.11, 340/539.28, 340/539.1, 340/690, 379/37, 379/38, 702/3, 702/2, 342/357.13, 455/456.1, 709/200, 709/206, 709/219
• US Class Current: 340/539.28
• CPC Class Codes: G08B 21/10 responsive to calamitous events, e.g. tornados or earthquakes

Abstract

An automated weather alert system using GIS technology automatically ingests weather data and processes the weather data to determine if localized weather conditions pose a threat to any of a plurality of business operations, each of which have a known location. In the event such threat exists, an employee having responsibility for a threatened business operation is provided with an alert message and asked to acknowledge receipt. Additional notification is automatically provided to the employee'"'"'s supervisor if such acknowledgment is not received within a predetermined period of time.

Claims

1. An apparatus for providing weather information on a subscription basis to subscribers comprising:

(a) at least one addressable workstation assigned to a subscriber; and

(b) a computer system that (i) stores a series of user selected points defining the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of a subscriber selected area of interest, as opposed to requiring the subscriber to select from a set of predefined shapes or areas stored on the computer system;

(ii) stores a set of subscriber selected thresholds for each subscriber selected area;

(iii) automatically ingests a plurality of types of weather data;

(iv) assembles said weather data to map the location, shape and spatial dimensions of storms and other weather conditions;

(v) compares said assembled data to each stored set of subscriber selected thresholds;

(vi) performs a spatial analysis to determine whether subscriber selected areas exist where weather conditions will exceed said subscriber selected thresholds for said subscriber asset to be monitored;

(vii) automatically generates a message if weather conditions at a subscriber selected area will exceed said subscriber selected thresholds for that area; and

(viii) automatically transmits said message to the address of an addressable workstation assigned to the subscriber who selected the subscriber selected area where weather conditions will exceed the subscriber selected thresholds for that area.

2. The apparatus of claim 1 wherein at least one of said workstations is a personal computer.

3. The apparatus of claim 1 wherein at least one of said workstations is a telephone.

4. The apparatus of claim 1 wherein at least one of said workstations is a cellular telephone.

5. The apparatus of claim 1 wherein at least one of said workstations is a wireless communications device.

6. The apparatus of claim 5 wherein said wireless communications device is a cellular telephone.

7. The apparatus of claim 5 wherein said wireless communications device is a pager.

8. The apparatus of claim 5 wherein said wireless communications device is a personal digital assistant.

9. The apparatus of claim 1 wherein said computer system processes messages sent by said subscribers.

10. The apparatus of claim 9 wherein at least one of said subscriber selected locations to be monitored are selected by the subscriber sending messages to the computer system identifying the subscriber'"'"'s then current location.

11. The apparatus of claim 1 wherein a workstation assigned to a subscriber is periodically sent a message containing a forecast of weather conditions for a location selected by the subscriber.

12. An apparatus for providing weather alert messages comprising:

(a) a plurality of workstations, each having an address and each assigned to at least one area to be monitored;

(b) a computer system which (i) stores mapping information for each area to be monitored as a series of user selected points defining the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of said area to be monitored as opposed to selecting from a set of predefined shapes or areas stored on the computer system, a set of thresholds for each area to be monitored, and the address of each workstation assigned to each area to be monitored;

(ii) ingests and assembles a plurality of types of weather data from one or more subscriber specified data sources to map said ingested weather data;

(iii) performs a spatial analysis of said assembled weather data and said mapping information for each area to be monitored to predict weather conditions for each area to be monitored to determine if weather conditions within the area to be monitored will exceed a threshold for that area; and

(iv) if weather conditions within an area to be monitored will exceed a threshold for that area, generates and sends to the address of at least one workstation assigned to that area a weather alert message.

13. The apparatus of claim 12 wherein at least one of said workstations is a portable workstation including a global positioning system receiver for determining the position of the portable workstation and a transmitter for providing information related to the location of the portable workstation to the computer system.

14. The apparatus of claim 13 wherein the area to be monitored assigned to said portable workstation contains the location of the portable workstation.

15. The apparatus of claim 12 wherein at least one of said workstations is a personal computer.

16. The apparatus of claim 12 wherein at least one of said workstations is a telephone.

17. The apparatus of claim 12 wherein at least one of said workstations is a wireless communications device.

18. The apparatus of claim 17 wherein said wireless communications device is a cellular telephone.

19. The apparatus of claim 17 wherein said wireless communications device is a pager.

20. The apparatus of claim 17 wherein said wireless communications device is a personal digital assistant.

21. The apparatus of claim 12 wherein at least one of said plurality of workstations is a workstation that sends messages to said computer system indicating the location of said workstation and the computer system processes said messages so that an area to be monitored assigned to said workstation includes the location of said workstation.

22. An apparatus for providing weather alert messages comprising:

(a) a plurality of workstations, each having an address and each assigned to at least one asset to be monitored;

(b) a computer system which (i) stores mapping information including a series of user selected points defining the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of an area of interest surrounding each asset to be monitored as opposed to storing a selection from a set of predefined areas or shapes stored on the computer system, a set of thresholds for each asset to be monitored, and the address of each workstation assigned to each asset to be monitored;

(ii) ingests and assembles a plurality of different types of weather data from one or more subscriber specified data sources to identify the location, shape and spatial dimensions of storms and general weather conditions;

(iii) uses spatial analysis of said assembled weather data and said mapping information related to each asset to be monitored to determine if weather conditions in an area of interest related to an asset to be monitored will exceed the set of thresholds for that asset; and

(iv) if weather conditions within an area of interest for an asset to be monitored will exceed the set of thresholds for that asset, generates and sends to the address of at least one of the workstations assigned to that asset a weather alert message.

23. The apparatus of claim 22 wherein an asset to be monitored is not stationary and is equipped to send mapping information to the computer system related to the location of said asset and the computer system receives and stores said mapping information related to the location of said asset.

24. The apparatus of claim 22 wherein an asset to be monitored is not stationary and is equipped to send to the computer system mapping information related to a new area of interest for the asset.

25. The apparatus of claim 24 wherein said computer system receives and stores said mapping information related to the new area of interest for said asset.

26. The apparatus of claim 25 wherein said computer system compares said mapping information related to the new area of interest for said asset and the set of thresholds for said asset to determine if weather conditions within the area of interest for said asset will exceed a threshold of the set of thresholds for said asset.

27. A system for providing weather alert messages comprising:

(a) a first set of addressable workstations, said first set comprising at least one workstation, each of said workstations of said first set associated with at least one asset to be monitored;

(b) a computer system which (i) stores for each asset to be monitored, a series of user selected points identifying the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of an area associated with the asset as opposed to selecting shape or area from a set of predefined shapes or areas to define the area to be associated with the asset, the address of an addressable workstation associated with the asset, and a predetermined set of thresholds for the asset;

(ii) automatically ingests and assembles at least two different types of weather data from one or more data sources at least one of which relate to storms and at least another of which relates to general weather conditions to identify the locations, shapes and spatial dimensions of storms and general weather conditions;

(iii) performs spatial analysis of said assembled weather data and data defining the area associated with the assets to determine if the weather conditions in the area associated with an asset exceed or will exceed the predetermined set of thresholds for the asset; and

(iv) automatically generates and sends an alert message to the address of the addressable workstation associated with said asset if weather conditions in the area associated with the asset exceed or will exceed at least one of the predetermined set of thresholds for the asset.

28. The system of claim 27 wherein at least one of said work stations associated with an asset is at the same location as the asset with which it is associated.

29. The system of claim 27 wherein at least one of said workstations associated with an asset is at a location remote from the location of the asset with which it is associated.

30. The system of claim 27 wherein, as the location of an asset to be monitored changes over time, the information related to the area of interest for the asset stored in the computer system is changed to reflect the change in position of the asset.

31. The system of claim 30 wherein said asset to be monitored is equipped with a device that automatically determines the location information of the asset and said asset to be monitored is further equipped with a device that transmits said position information to said computer system so that the computer system can update the stored area of interest information of the asset.

32. The system of claim 27 further including a second set of workstations such that at least one of said workstations of said first set of workstations, in response to an alert message from said computer system, transmitting transmits a message to at least one of the workstations of said second set of workstations.

33. The system of claim 27 wherein at least one of said workstations is located at a dispatch center from where a dispatcher can communicate with a second set of workstations.

34. The system of claim 27 wherein the same set of thresholds is used for each asset.

35. The system of claim 27 wherein different sets of thresholds are used for different assets.

36. A system for providing weather alert messages comprising:

(a) a plurality of addressable workstations, each of said workstations associated with at least one asset to be monitored; and

(b) computer system having a first computer capable of automatically ingesting and processing at least two different types of weather data and from one or more subscriber specified data sources, one of said two different types relating to storms and the other of said two different types related to general weather conditions to identify the locations, shapes and spatial dimensions of storms and general weather conditions; and

a second computer that (i) stores for each asset to be monitored, location, shape and spatial dimension information corresponding to a unique geographical perimeter for the asset as a series of user selected points defining an area as opposed to a required selection from a set of predefined shapes or areas, the address of an addressable workstation associated with the asset, and a predetermined set of thresholds for the asset;

(ii) receiving said assembled weather information from said first computer;

(iii) using spatial analysis to determine if weather conditions in the area defined for an asset exceed or will exceed at least one of the thresholds for the asset;

(iv) and automatically generating and sending an alert message to the address of the workstation associated with the asset if weather conditions in the area defined for the asset exceed or will exceed at least one of the thresholds for the asset.

37. A system for providing weather alert messages comprising:

(a) a plurality of addressable workstations, each of said workstations associated with a subscriber;

(b) a computer system that (i) stores a set of parameters and, as a series of user selected points, the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of a subscriber defined area of interest as opposed to requiring a subscriber selection from a set of predefined shapes or areas stored on the computer;

(ii) ingests and processes weather data from one or more subscriber specified data sources of a plurality of different types, some of said types related to storms and others of said types related to general weather conditions to identify the location, shape and spatial dimensions of storms and general weather conditions;

(iii) conducts spatial analysis using said subscriber defined area of interest and said assembled weather data to determine if weather conditions are or will be such that an alert message should be sent to a workstation associated with said asset; and

(iv) automatically generating and sending an alert message to the address of said workstation.

38. The system of claim 37 wherein said computer system includes a plurality of computers, at least two of which are remote from each other.

39. An apparatus for providing weather information on a subscription basis to a subscriber comprising:

a. at least one addressable workstation assigned to said subscriber;

b. a computer system that (i) stores a set thresholds and mapping information defining as a series of user selected points the location, shape and spatial dimension corresponding to a unique geographical perimeter of at least one area of interest to said subscriber as opposed to requiring the subscriber to select a predefined shape or area that intersects, but does not necessarily share identical boundaries with an area of interest to the subscriber;

(ii) automatically ingests at least two different types of weather data selected from the following different types of geographically referenced weather data;

weather radar data, temperature forecast data, wind forecast data, ambient weather condition data, current observation data, weather warning and advisory data, and other weather data;

(iii) assembles said weather data to map the location, shape and spatial dimensions weather conditions;

(iv) performs a spatial analysis of said assembled weather data and said mapping information defining said at least one area of interest to determine if weather conditions will exceed said set of subscriber specified thresholds within said at least one area of interest; and

(v) automatically generating and transmitting to the addressable workstation assigned to the subscriber a message if weather conditions will exceed said subscriber specified set of thresholds.

40. The apparatus of claim 39 wherein said area of interest to the subscriber is stationary.

41. The apparatus of claim 39 wherein at least one of said workstations is a personal computer.

42. The apparatus of claim 39 wherein at least one of said workstations is a telephone.

43. The apparatus of claim 39 wherein at least one of said workstations is a cellular telephone.

44. The apparatus of claim 39 wherein at least one of said workstations is a wireless communications device.

45. The apparatus of claim 39 wherein said computer system processes messages sent by said subscribers.

46. The apparatus of claim 39 wherein a workstation assigned to a subscriber is periodically sent a message containing a forecast of weather conditions for an area of interest selected by the subscriber.

47. An apparatus for providing weather information to a subscriber comprising:

a. at least one addressable workstation assigned to said subscriber;

b. a computer system which (i) stores data including the address of said at least one addressable workstation and a series of user selected points providing mapping information identifying the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of at least one area of interest to said subscriber as opposed to requiring the subscriber to select a predefined shape or area that intersects, but does not necessarily share identical boundaries with, said area of interest to the subscriber;

(ii) ingests a plurality of different types of weather information;

(iii) assembles the ingested weather information using a series of points identifying the location, shape and spatial dimensions of weather conditions;

(iv) uses spatial analysis of said assembled weather information and said mapping information to determine if said at least one area of interest to said subscriber will be affected by weather conditions of interest to the subscriber based upon pre-established thresholds; and

(v) automatically generates and transmits an alert message to said subscriber if weather conditions of interest to the subscriber will exist at said at least one location.

48. An apparatus for providing weather information to a third party comprising:

a. at least one addressable workstation assigned to said third party;

b. a computer system which (i) stores the address of said at least one addressable workstation and a series of user selected points identifying the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of at least one area of interest to said third party as opposed to requiring the third party to select a predefined shape or area that intersects, but does not necessarily share identical boundaries with, said area of interest to said third party;

(ii) ingests weather information of a plurality of different types selected from the following different types of weather information;

radar data, temperature forecast data, wind forecast data, ambient weather condition data, current observation data, weather warning and advisory data, and other weather data, (iii) maps a series of points identifying the location, shape and spatial dimensions of weather conditions based on said ingested weather information;

(iv) uses spatial analysis of said mapped weather conditions and said at least one area of interest to determine if said at least one area of interest to said third party will be affected by weather conditions of interest to the third party based upon pre-established thresholds; and

(v) automatically generates and transmits an alert message to said third party if weather conditions of interest to the third party will exist at said unique perimeter at least one area of interest.

49. An apparatus for providing weather information to third parties comprising:

a computer system which (i) collects at least the following types of weather data;

radar data, temperature forecast data, wind forecast data, ambient weather condition data, current observation data and weather warning and advisory data;

(ii) automatically separates said collected weather data into non-material weather data and material weather data based on parameters related to weather conditions of interest to said third parties;

(iii) uses said material weather data to identify the actual locations, shapes and spatial dimensions of said weather conditions of interest to third parties and map the actual locations, shapes and spatial dimensions of said weather conditions as opposed to predefined shapes or areas that intersects, but do not share identical boundaries with said weather conditions;

(iv) performs spatial analysis to determine if weather conditions of interest will exist in an area of interest to any of said third parties, the actual location, shape and spatial dimensions corresponding to a unique geographical perimeter of said area of interest being defined by a set of user selected points rather than by the selection of a predefined shape or area stored on the computer that intersects, but does not necessarily share identical boundaries with said area of interest; and

(v) if weather conditions of interest will exist in the area of interest to any of said third parties, automatically generates and transmits an alert message to the address of an addressable workstation assigned to said third party.

50. An apparatus for providing weather information to third parties comprising:

a. at least one addressable workstation assigned to each of said third parties;

b. a computer system that (i) automatically ingests both storm related weather data and weather data related to general weather conditions from a plurality of sources;

(ii) assembles at least some of said weather data to identify and store as a series of points the actual or predicted location, shape and spatial dimensions of storms and general weather conditions as opposed to selecting a predefined shape or area stored on the computer that intersects, but does not necessarily share identical boundaries with said storms and general weather conditions;

(iii) stores information related to the location, shape and spatial dimensions corresponding to unique geographical perimeters of areas of interest to a third party as a series of user selected points;

(iv) associates with each such area perimeter of interest to said third party a set of rules;

(v) uses spatial analysis to determine if weather conditions meeting the set of rules associated with an area perimeter of interest will exist within said perimeter area of interest; and

(vi) generates and transmits an alert message to the address of a workstation assigned to a third party when weather conditions meeting said set of rules will exist at a location of interest to said third party.