Intelligent system manager system and method

• US 8,260,736 B1
• Filed: 09/08/2009
• Issued: 09/04/2012
• Est. Priority Date: 09/12/2008
• Status: Active Grant

• Current Assignee: Lockheed Martin Corporation (Martin Marietta Corporation)
• Original Assignee: Lockheed Martin Corporation (Martin Marietta Corporation)
• Inventors: Lear, Michael T., Kolankiewicz, Lawrence J. Jr., Curry, John J. III, Christensen, Jacob, Goetz, John R., Dillinger, Kevin, Prosser, James, Johnson-Bey, Charles, Mills, Joseph W.
• Primary Examiner(s): Holmes, Michael B
• Application Number:
  US12/555,357
• Time in Patent Office: 1,092 Days
• Field of Search: 706/46
• US Class Current: 706/46
• CPC Class Codes: G06N 5/02 Knowledge representation; Symbolic representation

Abstract

An intelligent system manager system and method for managing and controlling a platform may comprise a management component providing intelligent decision support and managing platform functions responsive to data representative of the platform and equipment thereof; an execution and monitor component for causing execution of commands controlling the platform and equipment thereof, and monitoring the execution of the commands and the status of platform sensors and platform equipment; a display component providing information representative of the current state of the platform and receiving input; and a common services component providing processing services to the management component, to the execution and monitor component and to the display component.

Claims

1. An intelligent system manager system for managing and controlling a platform comprising:

a management component for providing intelligent decision support and for managing platform functions, wherein said management component is responsive to data representative of the platform and equipment thereof and is responsive to data representative of a current condition thereof, wherein the management component includes an intelligent decision support system and a control and status function for the system and equipment of the platform;

an execution and monitor component for causing execution of commands from the management component for controlling the platform and equipment thereof, and for monitoring the execution of the commands and the status of platform sensors and platform equipment for providing the data representative of a current condition thereof;

a display component for providing information representative of the current state of the platform and the equipment thereof from the management component and from the execution and monitor component for display and for receiving input; and

a common services component for providing processing services to the management component, to the execution and monitor component, and to the display component,

whereby the data representative of the platform and equipment thereof and the data representative of a current condition thereof are transformed to provide the information representative of the current state of the platform and the equipment thereof.

2. The system manager system of claim 1 wherein the intelligent decision support system includes some or all of a task manager, a mission manager, an equipment health monitor, an operator guidance function, a stability and load manager, a crew manager, a system aggregation function, a damage control manager and a power manager.

3. The system manager system of claim 1 wherein the control and status function includes some or all of a ride control function, an electrical function, a propulsion function, an auxiliary function, and a damage control function.

4. The system manager system of claim 1 wherein the execution and monitor component includes a data converter and plural communication protocol adapters for communicating data to and from the system manager system.

5. The system manager system of claim 1 wherein the common services component includes some or all of a time function, a station control manager, a security and login manager, a data logger, an event logger, an application health monitor, an alarm manager, a life cycle services function, a platform data store, a communication services function, an IT resource manager, a data trender, a cross domain solution function, and a trainer function.

6. The system manager system of claim 1 wherein said management component:

analyzes sensor values and alarms to determine system status, monitor equipment health, manage stability, manage damage control, manage power, and/or manage restrictions;

deconflicts and prioritizes commands and tasks prior to execution;

approves tasks, denies tasks, stops tasks, cancels tasks, removes tasks, and/or indicates non-feasible tasks;

monitors task effectiveness and submits replacement tasks if more effective;

maintains a queue of tasks to be executed and adds to, removes, and reorders the tasks in the queue;

or

provides control commands for equipment;

provides data for display via a human interface component;

or

any combination of the foregoing.

7. The system manager system of claim 1 wherein said execution and monitor component:

monitors equipment sensors and checks for alarm conditions;

converts, scales and filters sensor data;

provides sensor values and alarm values;

or

converts control commands to a predetermined protocol and distributes control commands in the predetermined protocol;

or

any combination of the foregoing.

8. The system manager system of claim 1 further comprising:

a development kit for providing a suite of tools for developing of platform-specific applications that employ the intelligent system manager system.

9. The system manager system of claim 8 wherein the development kit contains some or all of a system control database development tool, an automated checklist manager development tool, a graphics development tool, a logic development tool, a system simulation development tool, and a data history and/or trending development tool.

10. The system manager system of claim 9 wherein the system control database includes data representative of the equipment, the location of the equipment, the characteristics of signals received and/or produced by the equipment, and alarm thresholds, if any, of the equipment, and:

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool;

or

wherein the data included in the system control database is employed for generating documentation representative of the platform and of the equipment thereof;

or

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool and is employed for generating documentation representative of the platform and of the equipment thereof.

11. The system manager system of claim 1 wherein the platform includes a vessel, a government vessel, a commercial vessel, a space vessel, a ship, a government ship, a commercial ship, a space ship, an aircraft, a government aircraft, a commercial aircraft, an installation, a building, a factory, a facility, an oil rig, a drilling platform, a refinery, an industrial facility, a manufacturing facility, a processing facility, an automated facility, an integrated production system, or an integrated processing system.

12. A method for intelligently managing and controlling a platform, the method comprising:

providing intelligent decision support and managing platform functions for providing tasks and/or commands for controlling a platform and equipment thereof, in a management component responsive to data representative of the platform and equipment thereof and to data representative of a current condition thereof, wherein the management component includes an intelligent decision support system and a control and status function for the system and equipment of the platform;

causing execution of the tasks and/or commands, in an execution and monitor component;

monitoring the execution of the commands and the status of platform sensors and platform equipment, in the execution and monitor component;

providing information representative of the current state of the platform and equipment thereof from the management component and from the execution and monitor component to a display component for display;

receiving input for controlling the platform and/or equipment thereof from a human via the display component; and

providing processing services to the management component, to the execution and monitor component, and to the display component, by a common services component,

whereby the data representative of the platform and equipment thereof and the data representative of a current condition thereof are transformed to provide the information representative of the current state of the platform and equipment thereof.

13. The method of claim 12 wherein said providing intelligent decision support and managing platform functions includes some or all of managing tasks, managing mission, monitoring equipment health, providing operator guidance, managing stability and load, managing crew, managing system aggregation, managing damage control, and managing power.

14. The method of claim 12 wherein said providing intelligent decision support and managing platform functions includes some or all of controlling ride, controlling an electrical function, controlling a propulsion function, controlling an auxiliary function, and controlling damage.

15. The method of claim 12 wherein said monitoring the execution of the commands and the status of platform sensors and platform equipment includes converting data, adapting communication protocol, and communicating data to and from the platform system.

16. The method of claim 12 wherein said providing processing services includes some or all of providing time, managing station control, managing security and login, logging data, logging events, monitoring application health, managing alarms, providing life cycle services, a providing a platform data store, providing communication services, managing IT resources, providing data trending, providing cross domain solutions, and providing training.

17. The method of claim 12 wherein said providing intelligent decision support and managing platform functions includes some or all of:

analyzing sensor values and alarms to determine system status, monitor equipment health, manage stability, manage damage control, manage power, and/or manage restrictions;

deconflicting and prioritizing commands and tasks prior to execution;

approving tasks, denying tasks, stopping tasks, canceling tasks, removing tasks, and/or indicating non-feasible tasks;

monitoring task effectiveness and submitting replacement tasks if more effective;

maintaining a queue of tasks to be executed and adding to, removing, and reordering the tasks in the queue;

providing control commands for equipment;

or

providing data for display via a human-interface component;

or

any combination of the foregoing.

18. The method of claim 12 wherein said monitoring the execution of the commands and the status of platform sensors and platform equipment includes:

monitoring equipment sensors and checking for alarm conditions;

converting, scaling and filtering alarm data;

providing sensor values and alarm values;

or

converting control commands to a predetermined protocol and distributing control commands in the predetermined protocol;

or

any combination of the foregoing.

19. The method of claim 12 further comprising:

providing a suite of tools for developing a platform-specific application that employs the method for intelligently managing and controlling a platform system.

20. The method of claim 19 wherein said providing a suite of tools includes some or all of providing a system control database development tool, providing an automated checklist manager development tool, providing a graphics development tool, providing a logic development tool, providing a system simulation development tool, and providing a data history and/or trending development tool.

21. The method of claim 20 wherein the system control database development tool provides a system control database that includes data representative of the equipment, the location of the equipment, the characteristics of signals received and/or produced by the equipment, and alarm thresholds, if any, of the equipment, and:

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool;

or

wherein the data included in the system control database is employed for generating documentation representative of the platform and of the equipment thereof;

or

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool and is employed for generating documentation representative of the platform and of the equipment thereof.

22. The method of claim 20, before or after or before and after equipment is added, removed and/or replaced, further comprising:

updating the system control database to include equipment added, removed and/or replaced, and the characteristics thereof, and

employing the suite of tools to automatically update from the updated data in the system control database to provide an updated platform-specific application for utilizing the method for intelligently managing and controlling a platform with the added, removed and/or replaced equipment.

23. The method of claim 12 wherein the platform includes a vessel, a government vessel, a commercial vessel, a space vessel, a ship, a government ship, a commercial ship, a space ship, an aircraft, a government aircraft, a commercial aircraft, an installation, a building, a factory, a facility, an oil rig, a drilling platform, a refinery, an industrial facility, a manufacturing facility, a processing facility, an automated facility, an integrated production system, or an integrated processing system.

24. A system for intelligently managing and controlling a platform comprising:

means for providing intelligent decision support and managing platform functions for providing tasks and/or commands for controlling a platform and equipment thereof, in a management component responsive to data representative of the platform and equipment thereof and to data representative of a current condition thereof;

means for causing execution of the tasks and/or commands, in an execution and monitor component;

means for monitoring the execution of the commands and the status of platform sensors and platform equipment, in the execution and monitor component;

means for providing information representative of the current state of the platform and equipment thereof from the management component and from the execution and monitor component to a display component for display;

means for receiving input for controlling the platform and/or equipment thereof from a human via the display component; and

means for providing processing services to the management component, to the execution and monitor component, and to the display component, by a common services component,

whereby the data representative of the platform and equipment thereof and the data representative of a current condition thereof are transformed to provide the information representative of the current state of the platform and equipment thereof.

25. The system managing system of claim 24 wherein the management component includes an intelligent decision support system and a control and status function for the system and equipment of the platform.

26. The system managing system of claim 25 wherein the intelligent decision support system includes some or all of a task manager, a mission manager, an equipment health monitor, an operator guidance function, a stability and load manager, a crew manager, a system aggregation function, a damage control manager and a power manager.

27. The system managing system of claim 25 wherein the control and status function includes some or all of a ride control function, an electrical function, a propulsion function, an auxiliary function, and a damage control function.

28. The system managing system of claim 24 wherein the execution and monitor component includes a data converter and plural communication protocol adapters for communicating data to and from the system manager system.

29. The system managing system of claim 24 wherein the common services component includes some or all of a time function, a station control manager, a security and login manager, a data logger, an event logger, an application health monitor, an alarm manager, a life cycle services function, a platform data store, a communication services function, an IT resource manager, a data trender, a cross domain solution function, and a trainer function.

30. The system managing system of claim 24 wherein said management component:

analyzes sensor values and alarms to determine system status, monitor equipment health, manage stability, manage damage control, manage power, and/or manage restrictions;

deconflicts and prioritizes commands and tasks prior to execution;

approves tasks, denies tasks, stops tasks, cancels tasks, removes tasks, and/or indicates non-feasible tasks;

monitors task effectiveness and submits replacement tasks if more effective;

maintains a queue of tasks to be executed and adds to, removes, and reorders the tasks in the queue;

provides control commands for equipment;

or

provides data for display via a human-interface component;

or

any combination of the foregoing.

31. The system managing system of claim 24 wherein said execution and monitor component:

monitors equipment sensors and checks for alarm conditions;

converts, scales and filters sensor data;

or

provides sensor values and alarm values;

or

converts control commands to a predetermined protocol and distributes control commands in the predetermined protocol;

or

any combination of the foregoing.

32. The system managing system of claim 24 further comprising:

a development kit for providing a suite of tools for developing a platform-specific application that employs the intelligent system manager system.

33. The system managing system of claim 32 wherein the development kit contains some or all of a system control database development tool, an automated checklist manager development tool, a graphics development tool, a logic development tool, a system simulation development tool, and a data history and/or trending development tool.

34. The method of claim 33 wherein the system control database development tool provides a system control database that includes data representative of the equipment, the location of the equipment, the characteristics of signals received and/or produced by the equipment, and alarm thresholds, if any, of the equipment, and:

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool;

or

wherein the data included in the system control database is employed for generating documentation representative of the platform and of the equipment thereof;

or

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool and is employed for generating documentation representative of the platform and of the equipment thereof.

35. The method of claim 33, before or after or before and after equipment is added, removed and/or replaced, further comprising:

updating the system control database to include equipment added, removed and/or replaced, and the characteristics thereof, and

employing the suite of tools to automatically update from the updated data in the system control database to provide an updated platform-specific application for utilizing the method for intelligently managing and controlling a platform with the added, removed and/or replaced equipment.

36. The system managing system of claim 24 wherein the platform includes a vessel, a government vessel, a commercial vessel, a space vessel, a ship, a government ship, a commercial ship, a space ship, an aircraft, a government aircraft, a commercial aircraft, an installation, a building, a factory, a facility, an oil rig, a drilling platform, a refinery, an industrial facility, a manufacturing facility, a processing facility, an automated facility, an integrated production system, or an integrated processing system.

37. A computer-readable storage medium encoded with computer instructions for intelligently managing and controlling a platform, comprising:

means for causing a computer to provide intelligent decision support and to manage platform functions for providing tasks and/or commands for controlling a platform and equipment thereof, in a management component responsive to data representative of the platform and equipment thereof and to data representative of a current condition thereof;

means for causing the computer to cause execution of the tasks and/or commands, in an execution and monitor component;

means for causing the computer to monitor the execution of the commands and the status of platform sensors and platform equipment, in the execution and monitor component;

means for causing the computer to provide information representative of the current state of the platform and equipment thereof for display in a human perceivable form;

means for causing the computer to receive input for controlling the platform and/or equipment thereof; and

means for causing the computer to provide shared processing services to the management component, to the execution and monitor component and to a display component,

whereby the data representative of the platform and equipment thereof and the data representative of a current condition thereof are transformed to provide the information representative of the current state of the platform and equipment thereof.

38. The computer-readable storage medium of claim 37 wherein said means for causing the computer to provide intelligent decision support and to manage platform functions includes some or all of managing tasks, managing mission, monitoring equipment health, providing operator guidance, managing stability and load, managing crew, managing system aggregation, managing damage control, managing power, controlling ride, controlling an electrical function, controlling a propulsion function, controlling an auxiliary function, and controlling damage.

39. The computer-readable storage medium of claim 37 wherein said means for causing the computer to monitor the execution of the commands and the status of platform sensors and platform equipment includes converting data, adapting communication protocol, and communicating data to and from the platform system.

40. The computer-readable storage medium of claim 37 wherein said means for causing the computer to provide processing services includes some or all of providing time, managing station control, managing security and login, logging data, logging events, monitoring application health, managing alarms, providing life cycle services, a providing a platform data store, providing communication services, managing IT resources, providing data trending, providing cross domain solutions, and providing training.

41. The computer-readable storage medium of claim 37 wherein said means for causing the computer to provide intelligent decision support and to manage platform functions includes:

means for causing the computer to analyze sensor values and alarms to determine system status, monitor equipment health, manage stability, manage damage control, manage power, and/or manage restrictions;

means for causing the computer to deconflict and prioritize commands and tasks prior to execution;

means for causing the computer to approve tasks, deny tasks, stop tasks, cancel tasks, remove tasks, and/or indicate non-feasible tasks;

means for causing the computer to monitor task effectiveness and submit replacement tasks if more effective;

means for causing the computer to maintain a queue of tasks to be executed and add to, remove, and reorder the tasks in the queue;

means for causing the computer to provide control commands for equipment;

or

means for causing the computer to provide data for display via a human-machine interface component;

or

any combination of the foregoing.

42. The computer-readable storage medium of claim 37 wherein said means for causing the computer to monitor the execution of the commands and the status of platform sensors and platform equipment includes:

means for causing the computer to monitor equipment sensors and check for alarm conditions;

means for causing the computer to convert, scale, and filter sensor data;

means for causing the computer to provide sensor values and alarm values;

or

means for causing the computer to convert control commands to a predetermined protocol and distribute control commands in the predetermined protocol;

or

any combination of the foregoing.

43. The computer-readable storage medium of claim 37 further comprising:

means for causing the computer to provide a suite of tools for developing a platform-specific application that employs the computer-readable storage medium for intelligently managing and controlling a platform system.

44. The computer-readable storage medium of claim 43 wherein said means for causing the computer to provide a suite of tools includes some or all of providing a system control database development tool, providing an automated checklist manager development tool, providing a graphics development tool, providing a logic development tool, providing a system simulation development tool, and providing a data history and/or trending development tool.

45. The computer-readable storage medium of claim 44 wherein the system control database development tool provides a system control database that includes data representative of the equipment, the location of the equipment, the characteristics of signals received and/or produced by the equipment, and alarm thresholds, if any, of the equipment, and:

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool;

or

wherein the data included in the system control database is employed for generating documentation representative of the platform and of the equipment thereof;

or

wherein the data included in the system control database is employed by some or all of the automated checklist manager development tool, the graphics development tool, the logic development tool, the system simulation development tool, and the data history and/or trending development tool and is employed for generating documentation representative of the platform and of the equipment thereof.

46. The computer-readable storage medium of claim 44, before or after or before and after equipment is added, removed and/or replaced, further comprising:

updating the system control database to include equipment added, removed and/or replaced, and the characteristics thereof, and

employing the suite of tools to automatically update from the updated data in the system control database to provide an updated platform-specific application for utilizing the method for intelligently managing and controlling a platform with the added, removed and/or replaced equipment.

47. The computer-readable storage medium of claim 37 wherein the platform includes a vessel, a government vessel, a commercial vessel, a space vessel, a ship, a government ship, a commercial ship, a space ship, an aircraft, a government aircraft, a commercial aircraft, an installation, a building, a factory, a facility, an oil rig, a drilling platform, a refinery, an industrial facility, a manufacturing facility, a processing facility, an automated facility, an integrated production system, or an integrated processing system.

48. The computer-readable storage medium of claim 37 wherein the computer instructions for intelligently managing and controlling a platform are on plural physical computer-readable storage media for being executed on plural processing nodes, and wherein some or all of the plural processing nodes:

are in the same location or are in different locations, and/or

are of the same type or are of different types.