DYNAMIC 3D ANALYTIC TOOLS: A METHOD FOR MAINTAINING SITUATIONAL AWARENESS DURING HIGH TEMPO WARFARE OR MASS CASUALTY OPERATIONS

• US 20120229469A1
• Filed: 11/07/2011
• Published: 09/13/2012
• Est. Priority Date: 11/08/2010
• Status: Abandoned Application

• Current Assignee: LIZOTTE, Todd E.
• Original Assignee: LIZOTTE, Todd E.
• Inventors: LIZOTTE, Todd E.
• Application Number:
  US13/290,576
• Publication Number:
  US 20120229469A1
• Time in Patent Office: Days
• US Class Current: 345/440
• CPC Class Codes: G06Q 50/00 Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism healthcare informatics G16H
• CPC Class Codes: G06T 11/206 Drawing of charts or graphs

Abstract

A system and method for generating a spherical situation display representing the state of a monitored variable of a system, including a hub representing the system to be monitored, at least one variable cone representing a variable of the system with each variable cone extending radially from a hub and having a radial extent and width representative of a characteristic of a variable of the system, at least one threshold shell representing a boundary of a characteristic of a variable of the system, a trend shell representing a current value of a characteristic of a variable, and modifying a characteristic of a variable cone to represent a corresponding change of a variable of the system.

Claims

1. A method for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored, comprising the steps of:

generating a spherical situation display representing the state of the at least one monitored variable of the system, including

at least one hub representing the system to be monitored,

at least one variable cone representing at least one corresponding variable of the system to be monitored,

each variable cone extending radially from a representation of the but and having a radial extent at a width representative of a characteristic of a corresponding variable of the system, and

at least one threshold shell in association with at least one variable cone,

each threshold shell representing a boundary of at least one characteristic of the corresponding variable of the system; and

modifying at least one characteristic of a variable cone of the situational awareness display to represent a corresponding change of the corresponding variable of the system.

2. The method of claim 1 for generating a situational awareness display for displaying at least one state of at least one monitored variable of the system, the spherical situation display further including:

at least one trend shell in association with at least one variable cone,

each trend shell representing a current value of a corresponding characteristic of the corresponding variable of the system.

3. The method of claim 1 for generating a situational awareness display for displaying at least one state of at least one monitored variable of the system, wherein the step of modifying at least one characteristic of a variable cone of the situational awareness display includes:

at least one of

modifying a displayed visual characteristic of the variable cone, and

generating a corresponding non-visual indication.

4. The method of claim 1 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored, wherein the step of modifying a displayed visual characteristic of the variable cone includes:

at least one of

visually rotating the variable cone in the spherical situation display to an orientation toward a viewer of the situational awareness display, and

modifying a second displayed visual characteristic of the variable cone, including at least one of

displaying an identifier of the corresponding variable of the system,

modifying at least one dimension of the visual display of the variable cone,

modifying a static visual characteristic of the variable cone, and

imposing a dynamic alteration of a displayed visual characteristic o the variable cone.

5. The method of claim 1 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored, further including the steps of:

detecting when a monitored variable associated with a variable cone penetrates a threshold boundary associated with the monitored variable, and

modifying at least one characteristic of a corresponding threshold shell, including at least one of

modifying a displayed visual characteristic of the threshold shell; and

generating a corresponding non-visual indication.

6. The method of claim 5 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored, wherein the step of modifying a displayed visual characteristic of the threshold shell includes:

at least one of

modifying a second displayed visual characteristic of the threshold shell, including at least one of

displaying an identifier of the corresponding variable of the system,

modifying at least one dimension of the visual display of the threshold shell,

modifying a static visual characteristic of the threshold shell, and

imposing a dynamic alteration of a displayed visual characteristic of the threshold shell.

7. The method of claim 1 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored, further including the steps of:

detecting when a monitored trend associated with a monitored variable of the system approaches a threshold boundary associated with the monitored variable, and

modifying at least one characteristic of the corresponding trend shell, including at least one of

modifying a displayed visual characteristic of the trend shell, and

generating a corresponding non-visual indication.

8. The method of claim 7 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored, wherein the step of modifying a displayed visual characteristic of the trend shell includes:

at least one of

modifying a second displayed visual characteristic of the trend shell, including at least one of

displaying an identifier of the corresponding variable of the system,

modifying at least one dimension of the visual display of the trend shell,

modifying a static visual characteristic of the trend shell, and

imposing a dynamic alteration of a displayed visual characteristic of the trend shell.

9. The method of claim 1 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, comprising:

generating a situational awareness display comprised of a plurality of spherical situation displays, each spherical situation display representing at least one state of at least one monitored variable of a corresponding sub-system and including

at least one hub representing the sub-system to be monitored,

at least one variable cone representing at least one corresponding variable of the sub-system to be monitored,

each variable cone extending radially from a representation of the but and having a radial extent at a width representative of a characteristic of a corresponding variable of the sub-system, and

at least one threshold shell in association with at least one variable cone,

each threshold shell representing a boundary of at least one characteristic of the corresponding variable of the sub-system; and

modifying at least one characteristic of a variable cone of a situational awareness display to represent a corresponding change of a corresponding variable of the corresponding sub-system.

10. The method of claim 9 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, wherein at least one spherical situation display further includes:

at least one trend shell in association with at least one variable cone,

each trend shell representing a current value of a corresponding characteristic of the corresponding variable of the corresponding sub-system.

11. The method of claim 9 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, wherein the step of modifying at least one characteristic of a variable cone of the situational awareness display includes:

at least one of

modifying a displayed visual characteristic of the variable cone, and

generating a corresponding non-visual indication.

12. The method of claim 11 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, wherein the step of modifying a displayed visual characteristic of the variable cone includes:

at least one of

visually rotating the variable cone in the spherical situation display to an orientation toward a viewer of the situational awareness display, and

modifying a second displayed visual characteristic of the variable cone, including at least one of

displaying an identifier of the corresponding variable of the corresponding sub-system,

modifying at least one dimension of the visual display of the variable cone,

modifying a static visual characteristic of the variable cone, and

imposing a dynamic alteration of a displayed visual characteristic o the variable cone.

13. The method of claim 9 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, further including the steps of:

detecting when a monitored variable associated with a variable cone penetrates a threshold boundary associated with the monitored variable; and

modifying at least one characteristic of a corresponding threshold shell, including at least one of

modifying a displayed visual characteristic of the threshold shell, and

generating a corresponding non-visual indication.

14. The method of claim 13 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, wherein the step of modifying a displayed visual characteristic of the threshold shell includes:

at least one of

modifying a second displayed visual characteristic of the threshold shell, including at least one of

displaying an identifier of the corresponding variable of the corresponding sub-system,

modifying at least one dimension of the visual display of the threshold shell,

modifying a static visual characteristic of the threshold shell, and

imposing a dynamic alteration of a displayed visual characteristic of the threshold shell.

15. The method of claim 9 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, further including the steps of:

detecting when a monitored trend associated with a monitored variable of the corresponding sub-system approaches a threshold boundary associated with the monitored variable; and

modifying at least one characteristic of the corresponding trend shell, including at least one of

modifying a displayed visual characteristic of the trend shell, and

generating a corresponding non-visual indication.

16. The method of claim 15 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, wherein the step of modifying a displayed visual characteristic of the trend shell includes:

at least one of

modifying a second displayed visual characteristic of the trend shell, including at least one of

displaying an identifier of the corresponding variable of the corresponding sub-system,

modifying at least one dimension of the visual display of the trend shell,

modifying a static visual characteristic of the trend shell, and

imposing a dynamic alteration of a displayed visual characteristic of the trend shell.

17. The method of claim 9 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored wherein the system to be monitored includes a plurality of sub-systems, further including the steps of:

generating a spherical situation display for the system; and

displaying the spherical situation display corresponding to the system, and

at least one of

displaying the spherical situation displays corresponding to the system and to at least selected ones of the sub-systems, and

detecting a threshold penetration by a monitored variable of a sub-system and displaying a spherical situation display corresponding to the sub-system in which the monitored variable penetrated the threshold, and

displaying the spherical situation display of a sub-system selected by a user of the situational awareness system.

18. The method of claim 1 for generating a situational awareness display for displaying at least one state of at least one variable of a system to be monitored, further including displaying information pertaining to at least one variable not represented by a variable cone, comprising the step of:

generating and displaying one of

a secondary spherical situation display for the at least one variable not represented by a variable cone of the spherical situation display, and

displaying the information pertaining to the at least one variable not represented by a variable cone by generating a display of original data extracted from a data source providing data represented by the at least one variable not represented by a variable cone of the spherical situation display.

19. A situational awareness system for displaying at least one state of at least one variable of a system to be monitored, comprising:

an information extraction processor for extracting information pertaining to the at least one monitored variable from original information sources and generating at least one corresponding variable values representing the at least one monitored variable;

a variable cone processor responsive to the at least one monitored variable for generating at least one corresponding variable cone wherein each variable cone represents at least one corresponding variable value; and

a threshold processor for comparing the variable values of the at least one monitored variable with at least one corresponding threshold boundary and generating a threshold boundary penetration indication when an at least one monitored variable penetrates an at least one corresponding threshold boundary, and

a display generator responsive to each of the at least one variable cone and to each of the at least one threshold boundary for generating a spherical situation display, the spherical situation display including

at least at least one visual representation of a hub representing the system to be monitored,

at least one variable cone representing the at least one corresponding monitored variable of the system,

each variable cone extending radially from a representation of the but and having a radial extent at a width representative of a characteristic of a corresponding variable of the system, and

at least one threshold shell in association with at least one variable cone,

each threshold shell representing a boundary of at least one characteristic of the corresponding variable of the system;

wherein the display generator being responsive to each variable cone and to each threshold shell for modifying at least one characteristic of a corresponding variable cone of the situational awareness display to represent the corresponding change of the corresponding monitored variable.

20. The situational awareness system of claim 19 for displaying at least one state of at least one variable of a system to be monitored, further comprising:

a trend processor responsive to the at least one monitored variable for generating at least one corresponding trend shell associated with a corresponding variable cone and representing changes in the at least one monitored variable; and

,

the display processor being responsive to the trend processor for generating a display of each at least one trend shell.