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Ontology Pragmatics : BCM

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Title: Ontology Pragmatics : BCM


1
Ontology Pragmatics BCM e-Business Registry
Repository
  • E-Knowledge Economy
  • Knowledge Interoperation Mediation
  • BCM Business Centric Guidelines
  • Semantic Federation
  • Co-operating Registry Repository
  • Communities of Interest Affinity Domain
  • Semantic Content Management
  • Controlled Vocabularies
  • Choice Points Contextual Validation

Deep Dive
2
Carl Mattocks _at_ CHECKMi.com
  • Co-Chair (ISO/TS 15000) ebXMLRegistry Semantic
    Content SC
  • Co-Chair Business Centric Methodology TC
  • CEO CHECKMi
  • Multiple Agent Training Engine (MATE) binding
    1000 databases
  • Knowledge Compendium (.Net open source code)
  • Crosswalk UDDI / ebXML Registry / IMS Repository
  • Multiple Taxonomies, Z39.50 SRW Gateway, XACML

3
21st Century e-Knowledge Economy
Human Capital
Competitive Capability
Knowledge IP
Co-opetition
Skills Capacity
Productivity Efficiency
Communities of Interest
Community Trust
Communities of Practice
Standards for Business Process Workflow Quality
of Service Agreements
Best Practice Collaboration Protocols Policies
Service Architecture Networking Infrastructure
Co-operating Registries
Peer to Peer Repositories
Semantic Information Grids
e-Ology e-Business
e-Population
4
e-Society Knowledge Mediation Interoperation
e-Community of Practice
e-Research
e-Science
Knowledge Mediation Interoperation
e-Learning
e-Government
e-Health
e-Business
e-Community of Interest
5
Knowledge Mediation Goals Re-Use, Re-Usable,
Re-Useful
  • Support Communities of Practice Communities of
    Interest
  • Locally, regionally, nationally, internationally
  • Use Natural Knowledge models suitable for wide
    audience not just IT support specialists e.g. the
    Patient
  • Ability to mitigate business vocabularies and
    multi-lingual challenges
  • Automate sharing Semantically rich MetaData e.g.
    e-Health
  • provide discovery, understanding, and exchange of
    Electronic Health Record (EHR) information
  • Enable Providers, Pharmacy, Health Plans / PBMs
    (pharmacy benefit management), and other Agencies
    to create service processes that support
    internationally agreed business process
    definitions, trust mechanisms and process control
    methods

6
Business Centric Methodology COI Interoperation
  • Enables precise communication between business
    users and technical experts enterprise
    applications and their respective business
    partner systems
  • Involves a layered approach for strategically
    managing Service Oriented Architecture artifacts
    and constraints while achieving semantic
    interoperability

7
Conceptual Layer Community of Interest Semantics
Business Usage Semantics
System Interoperability
OWL-S Ontology Templates SKOS Archetypes
RDFS / UML / Topic Map / UNSPSC
DTD / XML Schema / Dublin Core
Object Oriented Model / Thesaurus
Info Engineering Model
Data Dictionary
Data Usage Semantics
Service Quality
8
BCM Conceptual Layer COI Semantic Federation
  • Role - Semantically connect Facts and Facets
  • Provide trace-ability from business vision to
    system implementation
  • Ensure alignment of business concepts with
    automated procedures
  • Facilitate faster information utilization between
    business parties
  • Enable accurate information discovery and
    synchronization
  • Integrate information by interest, perspective or
    requirement
  • Resource - COP knowledge organization systems
  • SKOS Core http//www.w3.org/2004/02/skos/core/
  • Classification constraint schemes for artifacts
    e.g. e-Health archetypes

9
COI Knowledge Registry Repository Needs
  • A Federated Knowledge Registry not only acts as
    an interface to a Repository of stored content,
    it formalises how information is to be registered
    and shared beyond a single enterprise or agency.
  • Specifically, a Federated Registry Repository
    capability is required when there is a need for
    managing and accessing metadata across physical
    boundaries in a secure manner. Those physical
    boundaries might be the result of
    community-of-interest, line of business, system,
    department, or enterprise separation.
  • Irrespective of the boundary type, a Federated
    Registry Repository must enable users to
    seamlessly access, share and perform analysis on
    information, including
  • Maps of information dependencies across workflow
  • evidence of quality, statements of provenance and
    assurance
  • policies supporting security and privacy
    requirements e.g. HIPAA.

10
COI Registry Repository Federated Content
  • Mappings for the critical path of information
    flowing across a business value chain e.g.
    ordering payment of e-Prescription
  • Quality indicators such as statements of
    information integrity, authentication and
    certification e.g. electronic signature used for
    e-prescribing
  • e-Business Components (e.g. XSDs, Elements,
    Templates) and Universal Semantics Management

11
COI Component Management Knowledge
  • Interacting entities need re-usable data (items)
    with known semantics
  • These items are required as (XML) Schema
    components
  • The Schema (document) and the Components must be
    shared within and often outside the organization
  • Components may use external components such as
    code lists
  • Domain Components must be managed cooperatively
  • Core components must be common
  • Data definition arbitration agreements are
    essential
  • Data types must be standardized

12
ISO/TS 15000 OASIS ebXML Registry
  • One interface (HTTP, SwA, ebMS) to classified
    knowledge content
  • Electronic Forms
  • Web Services WSDL / WSRP
  • Collaboration Agreements
  • Business Process Requirements, Objects, Data
  • Domain specific Semantics and Relationships
    between Assets Artifacts
  • SQL queries and APIs

13
e-Business Knowledge XML Registry Version 3
  • Registration and classification of any type of
    artifact
  • Namespaces defined for certain types of content
  • Messages defined as XML Schemas
  • Taxonomy hosting, browsing and validation
  • Links to external content
  • Built-in security (SAML)
  • Event notification, Event-archiving (audit trail)
  • Life cycle management of objects
  • Federation for inter-registry relocation,
    replication, references
  • metadata is stored in one registry a registry
    may cooperate with multiple federations for the
    purpose of federated queries

14
ebXML Registry Information Model (RIM) - COI
Classification
Classification trees constructed with
ClassificationNodes are used to define the
structure of Classification schemes or ontologies
RegistryObject
ClassificationNode
Classification
Association
RegistryEntry
A Classification instance identifies a
ClassificationScheme instance and taxonomy value
defined within the classification scheme
RegistryPackage
ExtrinsicObject
Service
ClassificationScheme
The structure of the classification scheme may be
defined internal or external to the registry
Person
15
NIST HL7 e-COI Registry of DMIMs, RMIMs, HMDs,
and MessageTypes
  • HL7-specific classification schemes, especially
    the code hierarchies for the structural
    attributes in the RIM.
  • RMIM static models from technical domains,
    including finance, Patient Administration,
    Scheduling, Laboratory Orders, Research Trials,
    Pharmacy, Medical Records, Common Message Types,
    Message Control, Master File, and Clinical
    Documents
  • RMIM static models from the CMETs domain, each
    with a an association to the DMIM it is derived
    from (using external identifiers to the HL7
    identification schemes) with external links to
    diagrams and descriptions, and a number of
    classifications by specific codes that are fixed
    by constraints on the RMIM.
  • RMIMs leads to one or more derived HMDs and
    MessageTypes.
  • Each registered artifact has ExternalLinks to its
    base UML diagrams, long html descriptions, and
    other visual display aids for presentation of
    base classes, attributes, relationships, and
    constraints.
  • OWL-related template artifacts submitted by HL7
    participants active in the Templates technical
    committee

16
IHE Integration XDS Affinity Domain Sharing
  • The XDS Cross Enterprise Clinical Documents
    Sharing profile defines the (document) Registry
    as an actor that maintains metadata about each
    registered document in a document entry
    enforces policies at the time of document
    registration
  • An XDS Document is a composition of clinical
    information that contains observations and
    services for the purpose of exchange with the
    following characteristics Persistence,
    Stewardship, Potential for Authentication, and
    Wholeness (characteristics that are well defined
    in the HL7 CDA)
  • An XDS Folder provides a collaborative mechanism
    for several XDS Document Sources to group XDS
    Documents for a variety of reasons. XDS Documents
    may be placed into an existing Folder at any
    time, as long as they relate to the same patient.
  • A Document Source may only contribute documents
    with Document Codes and Health Facility Codes
    that draw from a Vocabulary Value Set that is
    approved by the Affinity Domain.

17
XDS does not focus on Ontology .. however
  • BCM COI XDS Affinity Domain defined by formal
    or informal organizational structures
  • Clinical information exchange exploits Controlled
    Vocabularies
  • Ontological Layers
  • Upper level ontology is focused on the
    non-volatile language and principles of a domain
  • Lower ontology is focused on the knowledge
    specific to particular community of practice (as
    formulated by the recognized experts)

18
Ontology other Semantic Content Considerations
.. artifacts that help agents communicate,
coordinate, collaborate
  • XML provides syntax for structured documents, but
    imposes no semantic constraints on the meaning of
    these documents.
  • XML Schema is a language for restricting the
    structure of XML documents and also extends XML
    with datatypes.
  • RDF is a data model for resources and relations
    between them.
  • RDF Schema is a vocabulary for describing
    properties and classes of RDF resources, with a
    semantics for generalization-hierarchies of such
    properties and classes.
  • OWL adds more vocabulary for describing
    properties and classes e.g. relations between
    classes, cardinality, equality.
  • SKOS-Core is an RDF OWL schema for
    representing controlled vocabularies and other
    types of Simple Knowledge Organization Systems .

19
COI CHI (Consolidated Health Informatics)
portfolio of Clinical Vocabularies
  • National Council on Prescription Drug Programs
    (NCDCP) standards for ordering drugs from retail
    pharmacies.
  • The Institute of Electrical and Electronics
    Engineers 1073 (IEEE1073) series of standards
    that allow for health care providers to plug
    medical devices into information and computer
    systems
  • Digital Imaging Communications in Medicine
    (DICOM) standards that enable images and
    associated diagnostic information to be retrieved
    and transferred from various manufacturers'
    devices
  • Laboratory Logical Observation Identifier name
    Codes (LOINC) to standardize the electronic
    exchange of clinical laboratory results.

20
BCM Choice Points Ontological Templates
Archetypes
  • Template Archetype Choice Points significantly
    aids to comprehensibility, alignment, while
    promoting tracing and accountability when
  • archetype is a computable expression of a domain
    level (clinical) concept in the form of
    structured constraint statements, based on some
    reference model (RMIM)
  • archetypes are aligned with Affinity Domain
    concepts
  • archetypes all have the same formalism i.e. may
    be part of a COP ontology but belong to only one
    or other ontological level
  • template is used to narrow the choices of
    archetypes for local or specific purposes (DMIM).
  • archetype defines constraints on reference model
    instances which express valid structure (i.e.
    composition, cardinality).
  • archetype defines constraints on instances of a
    reference model which express valid types and
    values.

21
Challenge of Ontology Annotated e-Health Services
  • e-Health service information can be managed by
    two different e-Health service entities using
    different message structures.
  • ARTEMIS project providing a standard way of
    accessing the data by registering storing
  • ontologies based on existing healthcare
    standards,
  • the semantic mapping between these ontologies,
  • invoke each others web services by semantic
    mediation.
  • Discovery of Services stored in a Registry need
    semantic service registry query mechanisms that
    leverage previous research linking OWL to the
    Registry Information Model

22
Linking OWL to ebXMLRegistry Objects
23
With thankful links to
  • Members of ebXMLRegistry Semantic Content SC
  • http//www.oasis-open.org/committees/sc_home.php?w
    g_abbrevregrep-semantic
  • Members of Business Centric Methodology TC
  • http//www.oasis-open.org/committees/download.php/
    5931/BCM20Executive20Brochure.pdf
  • Contact CarlMattocks_at_CHECKMi.com
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