A method and associated system for identifying and eliminating illusory “ghost” patterns that lead to inaccurate predictions of an outcome of a proposed solution, plan, or decision implemented within a particular scenario or context. A processor stores descriptions of patterns that are each be inferred from an expectation that a particular proposed solution will lead to a desired objective within the context of a particular scenario. The user enters a proposed solution, the processor attempts to select a pattern that aligns the solution with the objective, updates the entered solution with additional data needed to fully identify requirements of the reference pattern, determines how closely the updated solution satisfies those requirements, and revises or replaces the pattern if is identified as a ghost pattern incapable of ensuring alignment. The processor then identifies a likelihood of success of the proposed solution and recommends a course of action.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. A method for identifying and eliminating a false pattern among elements of a proposed course of action, the method comprising: a processor of a computer system initializing a reference database with records that are each associated with a pattern of decision-making factors, wherein a first pattern of the plurality of patterns is associated with a first proposed course of action undertaken within a first scenario in order to attain a first objective, and wherein a second pattern of the plurality of patterns is associated with a second proposed course of action undertaken within the first scenario in order to attain the first objective; the processor storing in a first record of a planning database information that describes the first proposed course of action; the processor selecting the first pattern as a function of information stored in the first record; the processor identifying information missing from the first record as a function of the first pattern; the processor attempting to retrieve the missing information; the processor updating the first record as a function of the retrieved information; the processor determining that the updated first record is not aligned with the first pattern; the processor choosing the second pattern in response to the determining; the processor concluding that the updated first record is aligned with the second pattern; and the processor confirming that the first objective is aligned with the second proposed course of action as a function of the determining that the updated first record is aligned with the second pattern. 2. The method of claim 1, wherein the attempting to retrieve the missing information comprises steps selected from a group comprising: asking a user a sequence of questions; searching for data stored in an information repository; deducing the missing information as a function of contents of the reference database; deducing the missing information from contents of the first record; and requesting the missing information from a person or system possessing expert knowledge associated with the first proposed solution. 3. The method of claim 2, wherein a next question of the sequence of questions is selected as a function of factors selected from a group comprising: an answer to an earlier question of the sequence of questions; a characteristic of the user; a characteristic of the first pattern; information stored in the first record; and a characteristic of the first scenario. 4. The method of claim 1, wherein the reference database further comprises a set of question records that each identify a question of the sequence of questions, a set of answer records that each identify an answer to a question identified by a question record of the set of question records, and logic that associates each answer record of the set of answer records with at least one question record of the set of question records. 5. The method of claim 1, wherein the first scenario identifies a set of circumstances, constraints, objectives, plans, events, environmental factors, other extrinsic conditions, or other contextual information that each characterize a real-world situation. 6. The method of claim 1, wherein the first record is aligned with the first pattern only if information comprised by the first record satisfies all requirements identified by the first pattern as being necessary to achieve the first objective within the first scenario. 7. The method of claim 1, wherein a likelihood that the first proposed course of action will achieve the first objective within the first scenario is a function of a degree of alignment between the first record and the first pattern, and wherein a likelihood that the second proposed course of action will achieve the first objective within the first scenario is a function of a degree of alignment between the first record and the second pattern. 8. The method of claim 1, further comprising providing at least one support service for at least one of creating, integrating, hosting, maintaining, and deploying computer-readable program code in the computer system, wherein the computer-readable program code in combination with the computer system is configured to implement the initializing, storing, selecting, identifying, attempting to retrieve, updating, determining, choosing, concluding, and confirming. 9. A computer program product, comprising a computer-readable hardware storage device having a computer-readable program code stored therein, said program code configured to be executed by a processor of a computer system to implement a method for identifying and eliminating a false pattern among elements of a proposed course of action, the method comprising: the processor initializing a reference database with records that are each associated with a pattern of decision-making factors, wherein a first pattern of the plurality of patterns is associated with a first proposed course of action undertaken within a first scenario in order to attain a first objective, and wherein a second pattern of the plurality of patterns is associated with a second proposed course of action undertaken within the first scenario in order to attain the first objective; the processor storing in a first record of a planning database information that describes the first proposed course of action; the processor selecting the first pattern as a function of information stored in the first record; the processor identifying information missing from the first record as a function of the first pattern; the processor attempting to retrieve the missing information; the processor updating the first record as a function of the retrieved information; the processor determining that the updated first record is not aligned with the first pattern; the processor choosing the second pattern in response to the determining; the processor concluding that the updated first record is aligned with the second pattern; and the processor confirming that the first objective is aligned with the second proposed course of action as a function of the determining that the updated first record is aligned with the second pattern. 10. The computer program product of claim 9, wherein the attempting to retrieve the missing information comprises steps selected from a group comprising: asking a user a sequence of questions; searching for data stored in an information repository; deducing the missing information as a function of contents of the reference database; deducing the missing information from contents of the first record; and requesting the missing information from a person or system possessing expert knowledge associated with the first proposed solution. 11. The computer program product of claim 10, wherein a next question of the sequence of questions is selected as a function of factors selected from a group comprising: an answer to an earlier question of the sequence of questions; a characteristic of the user; a characteristic of the first pattern; information stored in the first record; and a characteristic of the first scenario. 12. The computer program product of claim 9, wherein the reference database further comprises a set of question records that each identify a question of the sequence of questions, a set of answer records that each identify an answer to a question identified by a question record of the set of question records, and logic that associates each answer record of the set of answer records with at least one question record of the set of question records. 13. The computer program product of claim 9, wherein the first scenario identifies a set of circumstances, constraints, objectives, plans, events, environmental factors, other extrinsic conditions, or other contextual information that each characterize a real-world situation. 14. The computer program product of claim 9, wherein the first record is aligned with the first pattern only if information comprised by the first record satisfies all requirements identified by the first pattern as being necessary to achieve the first objective within the first scenario. 15. The computer program product of claim 9, wherein a likelihood that the first proposed course of action will achieve the first objective within the first scenario is a function of a degree of alignment between the first record and the first pattern, and wherein a likelihood that the second proposed course of action will achieve the first objective within the first scenario is a function of a degree of alignment between the first record and the second pattern. 16. A computer system comprising a processor, a memory coupled to said processor, and a computer-readable hardware storage device coupled to said processor, said storage device containing program code configured to be run by said processor via the memory to implement a method for identifying and eliminating a false pattern among elements of a proposed course of action, the method comprising: the processor initializing a reference database with records that are each associated with a pattern of decision-making factors, wherein a first pattern of the plurality of patterns is associated with a first proposed course of action undertaken within a first scenario in order to attain a first objective, and wherein a second pattern of the plurality of patterns is associated with a second proposed course of action undertaken within the first scenario in order to attain the first objective; the processor storing in a first record of a planning database information that describes the first proposed course of action; the processor selecting the first pattern as a function of information stored in the first record; the processor identifying information missing from the first record as a function of the first pattern; the processor attempting to retrieve the missing information; the processor updating the first record as a function of the retrieved information; the processor determining that the updated first record is not aligned with the first pattern; the processor choosing the second pattern in response to the determining; the processor concluding that the updated first record is aligned with the second pattern; and the processor confirming that the first objective is aligned with the second proposed course of action as a function of the determining that the updated first record is aligned with the second pattern. 17. The computer system of claim 16, wherein the attempting to retrieve the missing information comprises steps selected from a group comprising: asking a user a sequence of questions; searching for data stored in an information repository; deducing the missing information as a function of contents of the reference database; deducing the missing information from contents of the first record; and requesting the missing information from a person or system possessing expert knowledge associated with the first proposed solution. 18. The computer system of claim 16, wherein the reference database further comprises a set of question records that each identify a question of the sequence of questions, a set of answer records that each identify an answer to a question identified by a question record of the set of question records, and logic that associates each answer record of the set of answer records with at least one question record of the set of question records. 19. The computer system of claim 16, wherein the first scenario identifies a set of circumstances, constraints, objectives, plans, events, environmental factors, other extrinsic conditions, or other contextual information that each characterize a real-world situation. 20. The computer system of claim 16, wherein the first record is aligned with the first pattern only if information comprised by the first record satisfies all requirements identified by the first pattern as being necessary to achieve the first objective within the first scenario.