A chronology-centric, defined-knowledge-domain information-handling methodology supported by a system featuring (a) a dynamic EDP data repository, (b) plural EDP case-entity chronologies stored in the repository in the forms of respective, internally time-stamped and chronologically-organized groups of EDPs that effectively define, case-entity-specific, respectively different stage-and-time EDP-condition identities of particular domain-associated subject matter, and (c) data-processing engine structure connected to the repository for recurrently and progressively interacting with the data repository in relation to at least one of constructing, re-constructing, accessing, and reporting the respective organizations, contents and significances of, selected case-entity chronologies, as well, if user requested at a particular point in time, as performing, and output reporting user-sought information associated with, relevant, selected, time-and-stage EDP-content registry alignments between different case-entity chronologies present in the repository.
Please help me write a proper abstract based on the patent claims. CLAIM: 1. In a chronology-centric, defined-knowledge-domain information-handling system which accommodates the inputting, processing, and outputting, including visual outputting, of domain-relevant data and associated information under the external control of a system user seeking selected knowledge-domain matter-assessment and other information, such as related, subject-matter-linked, potential user-subject-matter-interaction guidance information, a dynamic EDP data repository, plural EDP case-entity chronologies stored as EDP data in said repository in the forms of respective, internally time-stamped and chronologically-organized groups of EDPs that effectively define, in relation to a given case entity, respectively different stage-and-time EDP-condition identities of particular domain-associated subject matter, and data-processing engine structure operatively connected to said repository, operable, in accordance with user information-flow interactions with the system, and utilizing appropriately the data inputting, processing and outputting capabilities of the system, for recurrently and progressively interacting with the data repository in relation to at least one of constructing, re-constructing, accessing, and reporting the respective organizations, contents and significances of, selected case-entity chronologies, as well, if user requested at a particular point in time, as performing, and output reporting user-sought information associated with, relevant, selected, time-and-stage EDP-content registry alignments between different case-entity chronologies present in the repository. 2. The system of claim 1, wherein the defined knowledge domain is the domain of medicine, and the domain-related subject matter involves patients and patient medical conditions. 3. The system of claim 2, with respect to which a medical condition takes the form of one of a disease, a disease diagnosis, a medical procedure, and a therapeutic protocol. 4. The system of claim 2, wherein the repository-stored case-entity chronologies include patient-specific, patient-global, and medical-condition-specific chronologies, and the groups of EDPs that form the patient-specific and patient-global chronologies are groups of time-stamped, patient-condition-assessment EDPs, and the groups of EDPs that form the medical-condition-specific chronologies are groups of time-and-stage-of-relevance-stamped EDP Master Keys, wherein each Master Key in a particular medical-condition-specific chronology includes different subgroup patterns of EDPs that function as Result Keys, each of which points specifically to the chronology-related medical-condition. 5. The system of claim 2 which further includes visual display structure operatively connected to said engine structure, and wherein output reporting of user-sought information associated with relevant, selected, time-and-stage EDP-content registry alignments between different case-entity chronologies present in the repository takes the form of time-based graphical imagery picturing of such alignments. 6. A digital-computer-based, chronology-centric medical system for recurrently, and selectively, assessing a topically-chosen, patient-specific medical condition, and for thereby potentially enhancing, as appropriate, the management, over time, of any such condition, said system comprising input/output interface structure, including visual display structure, (a) for time-noted inputting of patient-associated data relevant to performance by the system of a time-stamped, patient medical-condition assessment, and (b) for presenting, via said visual display structure, system-created EDP-based output information including (1) patient-associated, time-stamped, medical-condition assessment information, and (2) patient-medical-condition management-relevant guidance information, appropriately programmed, data-processing engine structure operatively connected to said interface structure, operable for processing and handling input and output information relating to (1) assessments, and (2) medical-condition management-guidance information, associated with a patient, a dynamic EDP data repository operatively connected to said interface structure and engine structures, containing plural, medical-condition-related EDPs organized, in different parts of the repository, and as appropriate for specific, different EDP-focus natures, into (a) plural, medical-condition-specific, historical-content, time-and-stage-of-condition-organized, Master-Key case-entity chronologies, and (b) medical-condition-associated, historical-content, (1) patient-population-global, and (2) individual patient-specific, assessment-based and internally time-organized, case-entity chronologies, wherein each case-entity chronology includes, as relevant to the subject-matter nature of EDPs in the chronology, groups of EDPs that effectively define, in relation to a given case entity, respectively different stage-and-time EDP-condition identities of the chronology-associated subject matter, and case-entity-chronology revision structure, operable, as an included part of said engine structure, for receiving case-entity-chronology revision information, and for acting upon such received information to revise, within selected case-entity chronologies, one or more selected, included EDP groups, in manners respecting, as appropriate, both (a) time-stage EDP-group organization within the chronology, and (b) EDP content within a selected, included EDP group. 7. The system of claim 6, wherein the groups of EDPs that form the patient-specific and patient-global chronologies are groups of time-stamped, patient-condition-assessment EDPs, and the groups of EDPs that form the medical-condition-specific chronologies are groups of time-and-stage-of-relevance-stamped EDP Master Keys, wherein each Master Key in a particular medical-condition-specific chronology includes different subgroup patterns of EDPs that function as Result Keys, each of which points specifically to the chronology-related medical-condition. 8. The system of claim 6 which further comprises case-entity-chronology mapping structure operatively interposed said engine and interface structures, operable, under the control of the engine structure, to map to one another, on the basis, as appropriate, of time-stage, and/or date-stamped-assessment, registry alignment of related, contained, EDP group information, different case-entity chronologies present in said repository. 9. The system of claim 8, wherein said mapping structure is configured, relative to said visual display structure, to present, for viewing transformably on the latter, information regarding case-entity-chronology mapping for uses at least in the realms of (a) case-entity comparisons and understandings, and (b) medical-conditions management. 10. The system of claim 6, with respect to which a medical condition takes the form of one of a disease, a disease diagnosis, a medical procedure, and a therapeutic protocol. 11. In a digital-computer-based medical system for recurrently, and selectively, time-stamp assessing and diagnosing a patient's disease-related medical condition, and for thereby enhancing the management over time of any such diagnosed patient medical condition, wherein the system includes input/output interface structure for the bidirectional flow of information relative to performance activity in the system, and data-processing engine structure operatively connected to the interface structure for processing and handling input and output information, the combination comprising a dynamic EDP data repository operatively connected to the interface and engine structures, containing digital electronic data structure having a dynamically addressable and selectively revisable organization and content which are central to system performance, said data structure including plural, medical-condition-related EDPs that represent, in digital electronic forms, physical aspects of human physiology and health, organized, in different parts of the repository, and as appropriate for specific, different EDP-focus natures, into (a) plural, medical-condition-specific, historical-content, time-and-stage-of-condition-organized, Master-Key case-entity chronologies, and (b) medical-condition-associated, historical-content, (1) patient-population-global, and (2) individual patient-specific, assessment-based and internally time-organized, case-entity chronologies, wherein each case-entity chronology includes, as relevant to the subject-matter nature of EDPs in the chronology, groups of EDPs that effectively define, in relation to a given case entity, respectively different stage-and-time EDP-condition identities of the chronology-associated subject matter, and case-entity-chronology revision structure, operable, as an included part of said engine structure, for receiving case-entity-chronology revision information, and for acting upon such received information to revise, within selected case-entity chronologies, one or more selected, included EDP groups, in manners respecting, as appropriate, both (a) time-stage EDP-group organization within the chronology, and (b) EDP content within a selected, included EDP group. 12. The system of claim 11, wherein the groups of EDPs that form the patient-specific and patient-global chronologies are groups of time-stamped, patient-condition-assessment EDPs, and the groups of EDPs that form the medical-condition-specific chronologies are groups of time-and-stage-of-relevance-stamped EDP Master Keys, wherein each Master Key in a particular medical-condition-specific chronology includes different subgroup patterns of EDPs that function as Result Keys, each of which points specifically to the chronology-related medical-condition. 13. The system of claim 11 which further comprises case-entity-chronology mapping structure operatively interposed said engine and interface structures, operable, under the control of the engine structure, to map to one another, on the basis, as appropriate, of time-stage, and/or date-stamped-assessment, registry alignment of related, contained, EDP group information, different case-entity chronologies present in said repository. 14. A chronology-centric medical-condition assessment, diagnosis, and medical-condition management-guidance methodology comprising engaging, through an appropriate interface, and via EDP-associated dialogue relating to an inquiry respecting at least one of (a) presently assessed status, and (b) time-forward management-guidance, aspects of a patient's medical condition, a computer-based medical knowledge system which includes a data-processing engine, and an operatively connected, dynamically revisable data structure characterized by containing plural, medical-condition-related EDPs that represent, in digital electronic forms, physical aspects of human physiology and health, organized, in different parts of the repository, into (a) plural, medical-condition-specific, historical-content, time-and-stage-of-condition-organized, Master-Key case-entity chronologies, and (b) medical-condition-associated, historical-content, (1) patient-population-global, and (2) individual patient-specific, assessment-based and internally time-organized, case-entity chronologies, wherein each case-entity chronology includes, as relevant to the subject-matter nature of EDPs in the chronology, groups of EDPs that effectively define, in relation to a given case entity, respectively different stage-and-time EDP-condition identities of the chronology-associated subject matter, and by said engaging, triggering to come as output from the system visually readable output information which identifiably characterizes the inquiry, in a time-based registry alignment manner, as possessing a present relationship of the patient's medical status to one or more medical-condition, historical-content chronologies. 15. The method of claim 14, wherein said triggering of visually readable output information implements the creating, and presenting on a visual display structure which is associated with the mentioned interface, of time-based graphical imagery picturing time-and-stage-of-condition EDP-content registry alignments between different case-entity chronologies present in the repository.