NIST · NIST AI
Figure 1 shows a screen capture of the navigation and the segment profiling panels
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One key philosophy of IGAMT is the capability of creating and reusing building block components.
Key facts
- Using the methodology, they accomplish these tasks by entering this information into the NIST Implementation Guide Authoring and Management Tool (IGAMT) [5]
- For example, the message events VXU^V04 (for reporting pharmaceuticals), ACK (acknowledgements), QBP^K11 (queries), and RSP^K11 (responses to queries) are used to create eight conformance profiles
- The output of IGAMT is a set of artifacts that are represented in Word, HTML, and XML formats
- See TCAMT and the NIST HL7 v2 Productivity and Testing Platform to learn how the IGAMT computable specification are leveraged for creating test plans and conformance testing tools
Summary
Development of HL7 v2 data exchange interface specifications has long been problematic, plagued with ambiguous and inconsistent requirement specifications. NIST developed a tool that allows specifiers to create healthcare data exchange interface specifications using a powerful graphical user interface. Using the methodology, they accomplish these tasks by entering this information into the NIST Implementation Guide Authoring and Management Tool (IGAMT) . The output of IGAMT is a set of artifacts that are represented in Word, HTML, and XML formats. The complete implementation guide, including the narrative and messaging requirements, can be created in IGAMT and then exported in Word or HTML. IGAMT provides capabilities to create both narrative text (akin to a word processing program) and messaging requirements in a structured environment. The QBP and RSP message types are used more than once to specify different uses.