Abstract
For facilitating its understanding and use, the HL7 Composite Security and Privacy Domain Analysis Model (CSP-DAM) has been considered from an architecture-centric, ontology-driven perspective. The decomposition of the CSPDAM system into domain-specific subsystems and the decomposition of those subsystems into components at different granularity level have been performed, ...
Abstract
For facilitating its understanding and use, the HL7 Composite Security and Privacy Domain Analysis Model (CSP-DAM) has been considered from an architecture-centric, ontology-driven perspective. The decomposition of the CSPDAM system into domain-specific subsystems and the decomposition of those subsystems into components at different granularity level have been performed, based on the Generic Component Model (GCM), and represented using standardized ontologies. Using GCM principles, the approach enables the aggregation of components at the right granularity level, thereby qualifying the associations between components within and across domains, finally also characterizing the transformation between the Reference Model of Open Distributed Processing (RM-ODP) views. The resulting outcome itself is meanwhile documented in international standards authored by team members.
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