HL7 UK 2003 (c) Abies Ltd Modelling Clinical Information Using UML Tim Benson Abies Ltd

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Presentation transcript:

HL7 UK 2003 (c) Abies Ltd Modelling Clinical Information Using UML Tim Benson Abies Ltd

HL7 UK 2003 (c) Abies Ltd Overview Show how UML class diagrams add value to the HL7 v3 development process Focus is on detailed Requirements specification and data element definitions (Glossary)

HL7 UK 2003 (c) Abies Ltd The Problem HL7 v3 is a foreign language to clinicians HL7 RMIMs are specialised tools for developing healthcare message XML schemas Not suited for capturing requirements Formal class names based on structural attributes Small number of common attribute names based on the RIM Pre-defined Data Types and Vocabulary

HL7 UK 2003 (c) Abies Ltd The Solution Specify message requirements in detail using: Visual data modelling (UML class diagrams) Glossary - detailed definition of every data item in context Then map to HL7 RMIM

HL7 UK 2003 (c) Abies Ltd Iterative Development HL7 is concerned with the whole process - not just drafting documents

HL7 UK 2003 (c) Abies Ltd Phases

HL7 UK 2003 (c) Abies Ltd HL7 Message Development Framework (MDF) 1999

HL7 UK 2003 (c) Abies Ltd What is a model? Two sorts of model: To describe the real world Can never be “right” To design and build things Specification Always a simplification

HL7 UK 2003 (c) Abies Ltd Models and Diagrams Model is all information in a project Model may include Glossary Model is much more than a collection of diagrams Each diagram is just one view on a Model Most models contain dozens of diagrams

HL7 UK 2003 (c) Abies Ltd Real World Models

HL7 UK 2003 (c) Abies Ltd Specification Models

HL7 UK 2003 (c) Abies Ltd OMG MOF (meta object facility) M3 meta-metamodel M2 meta-model, meta-metadata (languages) M1 model, meta-data (standards) M0 data (systems)

HL7 UK 2003 (c) Abies Ltd Matrix Base standards (M3) UMLXML HL7 architecture (M2) VocabularyRIMDataTypes Specification (M1) Requirement Specification RMIM HMD XML Schema Testing Use (M0)Operation

HL7 UK 2003 (c) Abies Ltd UML Unified Modelling Language Mandated in e-GIF OMG standard UML Version UML MDA Model Driven Architecture XMI (XML Metadata Interchange)

HL7 UK 2003 (c) Abies Ltd UML Diagrams 12 Diagram Types Class diagram Activity diagram Sequence diagram State-chart diagram Use case diagram

HL7 UK 2003 (c) Abies Ltd UML Notation Classes and Attributes Association (Composition and Aggregation) Specialisation Multiplicities (optionality)

HL7 UK 2003 (c) Abies Ltd Composition

HL7 UK 2003 (c) Abies Ltd Aggregation

HL7 UK 2003 (c) Abies Ltd Specialisation

HL7 UK 2003 (c) Abies Ltd Navigation

HL7 UK 2003 (c) Abies Ltd Healthcare Party

HL7 UK 2003 (c) Abies Ltd Attributes

HL7 UK 2003 (c) Abies Ltd Patients and Healthcare Parties

HL7 UK 2003 (c) Abies Ltd Healthcare Document Structure

HL7 UK 2003 (c) Abies Ltd Clinical Information Complexes

HL7 UK 2003 (c) Abies Ltd Headings and Problem Lists

HL7 UK 2003 (c) Abies Ltd Clinical Statements

HL7 UK 2003 (c) Abies Ltd Clinical Information Items

HL7 UK 2003 (c) Abies Ltd Conclusions Health Information is complex, but not impossibly complex This paper has illustrated a few high level patterns UML and XML provide complementary sets of tools