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Explore the IHE process and its goals to enhance healthcare integration and clinical practice efficiency through standards-based solutions. Learn how IHE works, the key concepts, integration profiles, and the technical framework. Discover how IHE drives standards-based integration in healthcare, leading to improved workflow, information accuracy, and availability, and enabling cross-system functionality. The IHE Connectathon and integration statements play a crucial role in achieving seamless interoperability across various healthcare systems. Join the initiative to streamline healthcare practices and enhance patient care.
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Integrating the Healthcare Enterprise The IHE Process: Developing Standards-based Solutions Kevin O’Donnell Co-chair, IHE Radiology Planning Committee Manager, Systems Solutions, Toshiba Medical Systems
Goals of IHE • Increase the rate and quality of integration in healthcare environments. • Foster communication among vendors. • Prove that integration is attainable through the use of standards. • Improve the efficiency and effectiveness of clinical practice. IHE Canada Videoconference
“Improve the efficiency and effectiveness of clinical practice” • Improve Workflow • Improve Information Accuracy • Improve Information Availability • Enable Cross-System Functionality IHE Canada Videoconference
How Does IHE Work? A joint initiative to improve systems integration: • Clinicians define system integration needs • Vendors use a well-defined process to develop standards-based solution profiles – the IHE Technical Framework. • Societies (HIMSS/RSNA/ACC) supervise documentation, testing, demonstration, and promotion of the profiles. IHE Canada Videoconference
“IHE drives standards-based integration in healthcare” IHE Canada Videoconference
Key IHE Concepts IHE Canada Videoconference
Actor • A generalized system function: • Order Placer • Order Filler • Acquisition Modality • Image Manager • Report Creator • Implementers choose which Actors to include in a system • Systems may group several Actors IHE Canada Videoconference
Transaction • An interaction or exchange of data between actors • Based on open standards • Strictly specified to avoid incompatible implementations (retire options, clarify data model, etc.) • Represents an actors interface with the rest of the world • System internal functions are out of scope, e.g. • single system functions • transactions between actors inside the same system IHE Canada Videoconference
Integration Profile • A Problem/Solution Scenario • For each Integration Profile: • the context is described (what real-world problem is addressed) • the actors are defined (what systems are involved) • the transactions are defined (what do they have to do) IHE Canada Videoconference
IHE Process • Identify a specific information flow between several systems • Define a coherent set of actors & transactions • For each transaction: • Select an existing standard (e.g. HL7, DICOM) • Detail how to use the standard to implement the transaction • Bundle it up as an “Integration Profile” • Do Cross-vendor testing at a “Connectathon” • Use Integration Profiles as a Common Language for: • Vendors to claim in Integration Statements • Users to request in RFPs IHE Canada Videoconference
IHE Technical Framework • Volume 1: The Profiles • Identifies the actors and transactions • Describes the integration scenario • Volume 2 (and 3): The Transactions • Provides implementation specification for each transaction • Volume 4: The National Appendices • Documents national clarifications and extensions IHE Canada Videoconference
IHE Connectathon • Voluntary Participation • Project Management by Mallinckrodt • Pre-Validation Tools (MESA) • Defined Test Protocols with Verification • Engineering event • code changes are not a problem • Massive Cross-vendor Testing IHE Canada Videoconference
RFPs & IHE Integration Statements • Be Brief? • “The system must support DICOM” • Be Effective? • “The system must support the following DICOM services according to the following 100 pages of specifications” • Be Both: • “The system must support IHE Scheduled Workflow as an Acquisition Modality” • IHE Integration Statements • Version 2.1 of the Jupiter 3 CT supports IHE Scheduled Workflow as an Acquisition Modality IHE Canada Videoconference
A Proven Standards Adoption Process Product IHE IntegrationStatement IHE ConnectathonResults IHEConnectathon IHEDemonstration Product With IHE Easy to Integrate Products IHETechnicalFramework Standards IHEIntegration Profiles B IHEIntegration Profile A User Site RFP IHE Canada Videoconference
IHE Domains in 2004 EHR Solutions IHE Cross-Enterprise IT Infrastructure Intra-Enterprise IHE IHE 5 Integration Profiles Radiology Cardiology 12 Integration Profiles IHE IHE Future Domain Laboratory IHE 1 Integration Profile Future Domain 4 active Domains, Over 80 vendors involved, Connectathons on 3 Continents, Demonstrations at major exhibitions world-wide IHE Canada Videoconference
Charge Posting Presentation of Grouped Procedures Reporting Workflow KeyImageNotes Simple Image & Numeric Reports NMImage Consistent Present-ation of Images EvidenceDocs Access to Radiology Information Media Distribution IHE Radiology Integration Profiles Scheduled Workflow - Patient Info. Recon-ciliation Post-Processing Workflow Basic Security IHE Canada Videoconference
Patient Identifier Cross-referencing for MPI Patient Identifier Cross-referencing for MPI Retrieve Information for Display Retrieve Information for Display Enterprise User Authentication Enterprise User Authentication Patient Synchronized Applications Patient Synchronized Applications Access a patient’s clinical information and documents in a format ready to be presented to the requesting user Access a patient’s clinical information and documents in a format ready to be presentedto the requesting user Synchronize multiple applications on a desktop to the same patient Synchronize multiple applications on a desktop to the same patient Map patient identifiers across independent identification domains Map patient identifiers across independent identification domains Provide users a single name and centralized authentication processacross all systems Provide users a single nameandcentralized authentication processacross all systems Consistent Time Consistent Time Coordinate time across networked systems Coordinate time across networked systems IHE IT Infrastructure Integration Profiles IHE Canada Videoconference
IHE Advantages • The problems are identified by the users • The solutions are vendor/application neutral • The profiles package relevant chunks of standards into useful real-world bundles • Where HL7 & DICOM provide Dictionaries, IHE provides a Phrasebook • The connectathon enables broad cross-vendor testing of implementations • The profiles simplify effective communication between vendors and users IHE Canada Videoconference
Where Is More Information Available? • www.rsna.org/IHE ; www.himss.org/IHE • IHE Radiology Technical Framework V5.5 • IHE IT Technical Framework V1.0 • IHE Lab Technical Framework V1.0 • IHENews Mailing List • IHE Primer and IHE FAQ • IHE Integration Profiles: Guidelines for Buyers • IHE Presentations • IHE Connectathon Results • IHE Integration Statement Links IHE Canada Videoconference