{"type": "project", "title": "The Multi-Level Health Information Modeling (MLHIM)", "website": "https://mlhim-specifications.readthedocs.io/en/master/introduction.html", "createdAt": 1682039663895, "userGithub": "mlhim-ccdgen", "credentials": {}, "description": "Across the openEHR community, we share a commitment to creating an open platform for patient-centred health data. Based on a standard architecture for future-proof health information, openEHR offers a path from silos of data to longitudinal, patient-centred care, for life.\n\nThe MLHIM approach allows systems developers to build the data model they need for their application and the shared CCDs tell you how and what was captured, not what to capture. This sharable information model allows any other data consumer to determine if the data is correct for their needs.\n\nThe CCD represents the structural syntax of a healthcare concept using XML Schema constraints and contains the semantics defined by the modeler in the form of RDF/XML or other XML based syntaxes within documentation and annotation segments of the CCD. This enables applications to parse the CCD and publish or compute using the semantics as needed on an application by application basis."}
The Multi-Level Health Information Modeling (MLHIM)
Across the openEHR community, we share a commitment to creating an open platform for patient-centred health data. Based on a standard architecture for future-proof health information, openEHR offers a path from silos of data to longitudinal, patient-centred care, for life.

The MLHIM approach allows systems developers to build the data model they need for their application and the shared CCDs tell you how and what was captured, not what to capture. This sharable information model allows any other data consumer to determine if the data is correct for their needs.

The CCD represents the structural syntax of a healthcare concept using XML Schema constraints and contains the semantics defined by the modeler in the form of RDF/XML or other XML based syntaxes within documentation and annotation segments of the CCD. This enables applications to parse the CCD and publish or compute using the semantics as needed on an application by application basis.
The Multi-Level Health Information Modeling (MLHIM)