Automating high-level business functions in a generic manner

• US 20010047279A1
• Filed: 04/12/2001
• Published: 11/29/2001
• Est. Priority Date: 04/13/2000
• Status: Abandoned Application

• Current Assignee: Peter Sebastian Gargone
• Original Assignee: Peter Sebastian Gargone
• Inventors: Gargone, Peter Sebastian
• Application Number:
  US09/834,287
• Publication Number:
  US 20010047279A1
• Time in Patent Office: Days
• US Class Current: 705/1
• CPC Class Codes: G06Q 10/067 Enterprise or organisation modelling
• CPC Class Codes: G06Q 10/10 Office automation; Time management

Abstract

A method, apparatus and system for performing a business function in an object architecture. the method comprises utilizing configuration information for directing at least one process to perform the business function, utilizing a reference library for defining data external to the object architecture and supporting the configuration information, interfacing the process associated with the object architecture with at least one in-memory object, and utilizing at least one data storage object for preserving the data affected by the process. According to one embodiment, the object architecture may be use to monitor data integrity in a computing system, where the computing system has a plurality of data sources. The monitoring process comprises analyzing data from the data sources, configuring the computing system to support data reconciliation for the data, and reconciling data from the data sources.

Claims

1. A method for performing a business function in an object architecture, comprising:

utilizing configuration information for directing at least one process to perform said business function;

utilizing a reference library for defining data external to the object architecture and supporting said configuration information;

interfacing said at least one process associated with the object architecture with at least one in-memory object; and

utilizing at least one data storage object for preserving the data affected by said at least one process.

2. The method of

claim 1

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

3. The method of

claim 2

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the object architecture.

4. The method of

claim 3

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

5. The method of

claim 4

, wherein said data definition object is created by specifying source information for said data.

6. A method for supporting requirements of a business function, comprising:

creating a library of data source configuration objects;

constructing a plurality of flexible business function management objects;

receiving data based on the configuration objects;

decomposing said data based on the configuration objects;

interpreting said data source configuration objects;

performing at least one business function on the received data; and

returning the results of the processed information.

7. A method for reconciling data in a computing system, comprising:

utilizing configuration information for directing at least one process to perform reconciliation of data;

utilizing a reference library for defining data external to said computing system and supporting said configuration information;

interfacing said at least one process associated with the computing system with at least one in-memory object; and

utilizing at least one data storage object for preserving the data affected by said at least one process.

8. The method of

claim 7

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

9. The method of

claim 8

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the computing system.

10. The method of

claim 9

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

11. The method of

claim 10

, wherein said data definition object is created by specifying source information for said data.

12. A method for monitoring data integrity in a computing system, the computing system having a plurality of data sources, comprising:

analyzing data from said plurality of data sources;

configuring the computing system to support data reconciliation for said data, said configuring based on the data analysis; and

reconciling data from said plurality of data sources, said reconciling dependent on information obtained during said configuring.

13. The method of

claim 12

, wherein said configuring comprises:

defining data characteristics for said plurality of data sources, said characteristics allowing identification and interpretation of said data;

creating at least one data integrity control in accordance with said analysis; and

configuring said at least one data integrity control, wherein said configuring determines the data sources containing said data, matches said data between said plurality of data sources, and compares individual data elements of the matched data.

14. The method of

claim 13

, wherein said reconciling comprises:

obtaining data from said plurality of data sources for said at least one data integrity control; and

decomposing, matching, and identifying inconsistencies in said data by utilizing said data characteristics, said data integrity control, and at least one system process to obtain data reconciliation analysis for said data.

15. The method of

claim 14

, further comprising:

determining corrective instructions for said data reconciliation analysis; and

utilizing information related to said corrective instructions.

16. The method of

claim 15

, wherein said configuring comprises:

configuring said at least one data integrity control for storing at least one field of an identifier for linking data records in the system to related data records in said plurality of data sources; and

configuring said at least one data integrity control for updating said information in said plurality of data sources.

17. The method of

claim 16

, wherein said utilizing comprises:

transmitting said information back to one of said plurality of data sources.

18. The method of

claim 16

, wherein said utilizing comprises:

transmitting said information back to an individual.

19. A computing device comprising a computer readable medium having computer readable code means embodied therein for supporting the process requirements for data reconciliation, said computing device further comprising:

means for creating a library of data source configuration objects;

means for constructing a plurality of flexible business function management objects;

means for receiving data based on the configuration objects;

means for decomposing said data based on the configuration objects;

means for interpreting said data source configuration objects;

means for performing at least one business function on the received data; and

means for returning the results of the processed information.

20. A system for performing a business function in an object architecture, comprising:

a. a memory unit; and

b. a processing unit disposed in communication with said memory unit, said processing unit configured to;

utilize configuration information for directing at least one process to perform said business function;

utilize a reference library for defining data external to the object architecture and supporting said configuration information;

interface said at least one process associated with the object architecture with at least one in-memory object; and

utilize at least one data storage object for preserving the data affected by said at least one process.

21. The method of

claim 20

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

22. The method of

claim 21

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the object architecture.

23. The method of

claim 22

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

24. The method of

claim 23

, wherein said data definition object is created by specifying source information for said data.

25. A system for reconciling data in a computing system, comprising:

a. a memory unit; and

b. a processing unit disposed in communication with said memory unit, said processing unit configured to;

utilize configuration information for directing at least one process to perform reconciliation of data;

utilize a reference library for defining data external to said computing system and supporting said configuration information;

interface said at least one process associated with the computing system with at least one in-memory object; and

utilize at least one data storage object for preserving the data affected by said at least one process.

26. The method of

claim 25

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

27. The method of

claim 26

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the computing system.

28. The method of

claim 27

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

29. The method of

claim 28

, wherein said data definition object is created by specifying source information for said data.

30. A system for monitoring data integrity in a computing system, the computing system having a plurality of data sources, comprising:

a. a memory unit; and

b. a processing unit disposed in communication with said memory unit, said processing unit configured to;

analyze data from said plurality of data sources;

configure the computing system to support data reconciliation for said data, said configuring based on the data analysis; and

reconcile data from said plurality of data sources, said reconciling dependent on information obtained during said configuring.

31. The system of

claim 30

, wherein said processing unit is further configured to:

define data characteristics for said plurality of data sources, said characteristics allowing identification and interpretation of said data;

create at least one data integrity control in accordance with said analysis; and

configure said at least one data integrity control, wherein said configuring determines the data sources containing said data, matches said data between said plurality of data sources, and compares individual data elements of the matched data.

32. The system of

claim 31

, wherein said processing unit is further configured to:

obtain data from said plurality of data sources for said at least one data integrity control; and

decompose, match, and identify inconsistencies in said data by utilizing said data characteristics, said data integrity control, and at least one system process to obtain data reconciliation analysis for said data.

33. The system of

claim 32

, wherein said processing unit is further configured to:

determine corrective instructions for said data reconciliation analysis; and

utilize information related to said corrective instructions.

34. The system of

claim 33

, wherein said processing unit is further configured to:

configure said at least one data integrity control for storing at least one field of an identifier for linking data records in the system to related data records in said plurality of data sources; and

configure said at least one data integrity control for updating said information in said plurality of data sources.

35. The system of

claim 34

, wherein said processing unit is further configured to:

transmit said information back to one of said plurality of data sources.

36. The system of

claim 34

, wherein said processing unit is further configured to:

transmit said information back to an individual.

49. The system of

claim 31

, wherein means for reconciling data comprises:

means for obtaining data from said plurality of data sources for said at least one data integrity control; and

means for decomposing, matching, and identifying inconsistencies in said data by utilizing said data characteristics, said data integrity control, and at least one system process to obtain data reconciliation analysis for said data.

50. The system of

claim 49

, further comprising:

means for determining corrective instructions for said data reconciliation analysis; and

means for utilizing information related to said corrective instructions.

51. The system of

claim 50

, wherein said means for configuring the computing system further comprises:

means for configuring said at least one data integrity control for storing at least one field of an identifier for linking data records in the system to related data records in said plurality of data sources; and

means for configuring said at least one data integrity control for updating said information in said plurality of data sources.

52. The system of

claim 51

, wherein said means for utilizing comprises:

means for transmitting said information back to one of said plurality of data sources.

53. The system of

claim 51

, wherein said means for utilizing comprises:

means for transmitting said information back to an individual.

37. A system for performing a business function in an object architecture, comprising:

means for utilizing configuration information for directing at least one process to perform said business function;

means for utilizing a reference library for defining data external to the object architecture and supporting said configuration information;

means for interfacing said at least one process associated with the object architecture with at least one in-memory object; and

means for utilizing at least one data storage object for preserving the data affected by said at least one process.

38. The system of

claim 37

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

39. The system of

claim 38

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the object architecture.

40. The system of

claim 39

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

41. The system of

claim 40

, wherein said data definition object is created by specifying source information for said data.

42. A system for reconciling data in a computing system, comprising:

means for utilizing configuration information for directing at least one process to perform reconciliation of data;

means for utilizing a reference library for defining data external to said computing system and supporting said configuration information;

means for interfacing said at least one process associated with the computing system with at least one in-memory object; and

means for utilizing at least one data storage object for preserving the data affected by said at least one process.

43. The system of

claim 42

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

44. The system of

claim 43

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the computing system.

45. The system of

claim 44

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

46. The system of

claim 45

, wherein said data definition object is created by specifying source information for said data.

47. A system for monitoring data integrity in a computing system, the computing system having a plurality of data sources, comprising:

means for analyzing data from said plurality of data sources;

means for configuring the computing system to support data reconciliation for said data, said configuring based on the data analysis; and

means for reconciling data from said plurality of data sources, said reconciling dependent on information obtained during said configuring.

48. The system of

claim 47

, wherein said means for configuring the computing system comprises:

means for defining data characteristics for said plurality of data sources, said characteristics allowing identification and interpretation of said data;

means for creating at least one data integrity control in accordance with said analysis; and

means for configuring said at least one data integrity control, wherein said configuring determines the data sources containing said data, matches said data between said plurality of data sources, and compares individual data elements of the matched data.

54. A computer device comprising a computer readable medium having computer readable code means embodied therein for performing a business function in an object architecture, said computer readable code means further comprising:

means for utilizing configuration information for directing at least one process to perform said business function;

means for utilizing a reference library for defining data external to the object architecture and supporting said configuration information;

means for interfacing said at least one process associated with the object architecture with at least one in-memory object; and

means for utilizing at least one data storage object for preserving the data affected by said at least one process.

55. The computer readable code means of

claim 54

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

56. The computer readable code means of

claim 55

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the object architecture.

57. The computer readable code means of

claim 56

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

58. The computer readable code means of

claim 57

, wherein said data definition object is created by specifying source information for said data.

59. A computer device comprising a computer readable medium having computer readable code means embodied therein for reconciling data in a computing system, said computer readable code means further comprising:

means for utilizing configuration information for directing at least one process to perform reconciliation of data;

means for utilizing a reference library for defining data external to said computing system and supporting said configuration information;

means for interfacing said at least one process associated with the computing system with at least one in-memory object; and

means for utilizing at least one data storage object for preserving the data affected by said at least one process.

60. The computer readable code means of

claim 59

, wherein said reference library comprises at least one business process configuration object for managing said configuration information.

61. The computer readable code means of

claim 60

, wherein said reference library comprises at least one data definition object for managing the definition of the data external to the computing system.

62. The computer readable code means of

claim 61

, wherein said business process configuration object directs said at least one process in conjunction with said data definition object.

63. The computer readable code means of

claim 62

, wherein said data definition object is created by specifying source information for said data.

64. A computer device comprising a computer readable medium having computer readable code means embodied therein for monitoring data integrity in a computing system, the computing system having a plurality of data sources, said computer readable code means further comprising:

means for analyzing data from said plurality of data sources;

means for configuring the computing system to support data reconciliation for said data, said configuring based on the data analysis; and

means for reconciling data from said plurality of data sources, said reconciling dependent on information obtained during said configuring.

65. The computer readable code means of

claim 64

, wherein said means for configuring the computing system comprises:

means for defining data characteristics for said plurality of data sources, said characteristics allowing identification and interpretation of said data;

means for creating at least one data integrity control in accordance with said analysis; and

means for configuring said at least one data integrity control, wherein said configuring determines the data sources containing said data, matches said data between said plurality of data sources, and compares individual data elements of the matched data.

66. The computer readable code means of

claim 65

, wherein means for reconciling data comprises:

means for obtaining data from said plurality of data sources for said at least one data integrity control; and

means for decomposing, matching, and identifying inconsistencies in said data by utilizing said data characteristics, said data integrity control, and at least one system process to obtain data reconciliation analysis for said data.

67. The computer readable code means of

claim 66

, further comprising:

means for determining corrective instructions for said data reconciliation analysis; and

means for utilizing information related to said corrective instructions.

68. The computer readable code means of

claim 67

, wherein said means for configuring the computing system further comprises:

means for configuring said at least one data integrity control for storing at least one field of an identifier for linking data records in the system to related data records in said plurality of data sources; and

means for configuring said at least one data integrity control for updating said information in said plurality of data sources.

69. The computer readable code means of

claim 68

, wherein said means for utilizing comprises:

means for transmitting said information back to one of said plurality of data sources.

70. The computer readable code means of

claim 68

, wherein said means for utilizing comprises:

means for transmitting said information back to an individual.

71. A system for supporting requirements of a business function, comprising:

a. a memory unit; and

b. a processing unit disposed in communication with said memory unit, said processing unit configured to;

create a library of data source configuration objects;

construct a plurality of flexible business function management objects;

receive data based on the configuration objects;

decompose said data based on the configuration objects;

interpret said data source configuration objects;

perform at least one business function on the received data; and

return the results of the processed information.

72. A system for supporting requirements of a business function, comprising:

means for creating a library of data source configuration objects;

means for constructing a plurality of flexible business function management objects;

means for receiving data based on the configuration objects;

means for decomposing said data based on the configuration objects;

means for interpreting said data source configuration objects;

means for performing at least one business function on the received data; and

means for returning the results of the processed information.

73. A computer device comprising a computer readable medium having computer readable code means embodied therein for supporting requirements of a business function, said computer readable code means further comprising:

means for creating a library of data source configuration objects;

means for constructing a plurality of flexible business function management objects;

means for receiving data based on the configuration objects;

means for decomposing said data based on the configuration objects;

means for interpreting said data source configuration objects;

means for performing at least one business function on the received data; and

means for returning the results of the processed information.

74. A method for supporting the process requirements for data reconciliation, comprising:

creating a library of data source configuration objects;

constructing a plurality of flexible business function management objects;

receiving data based on the configuration objects;

decomposing said data based on the configuration objects;

interpreting said data source configuration objects;

performing at least one business function on the received data; and

returning the results of the processed information.

75. A system for supporting the process requirements for data reconciliation, comprising:

a. a memory unit; and

b. a processing unit disposed in communication with said memory unit, said processing unit configured to;

construct a plurality of flexible business function management objects;

receive data based on the configuration objects;

decompose said data based on the configuration objects;

interpret said data source configuration objects;

perform at least one business function on the received data; and

return the results of the processed information.

76. A system for supporting the process requirements for data reconciliation, comprising:

means for creating a library of data source configuration objects;

means for constructing a plurality of flexible business function management objects;

means for receiving data based on the configuration objects;

means for decomposing said data based on the configuration objects;

means for interpreting said data source configuration objects;

means for performing at least one business function on the received data; and

means for returning the results of the processed information.