In SNOMED CT, a given kind of attribute relationship is defined between two hierarchies, a source and a target. Certain hierarchies (or subhierarchies) serve only as targets, with no outgoing relationships of their own. However, converse relationships—those pointing in a direction opposite to the defined relationships—while not explicitly represented in SNOMED’s inferred view, can be utilized in forming an alternative view of a source. In particular, they can help shed light on a source hierarchy’s overall relationship structure. Toward this end, an abstraction network, called the converse abstraction network (CAN), derived automatically from a given SNOMED hierarchy is presented. An auditing methodology based on the CAN is formulated. The ...
AbstractObjectiveTo quantify the presence of and evaluate an approach for detection of inconsistenci...
Objective—We introduce a structural-lexical approach for auditing SNOMED CT using a combination of n...
Objective: Quality assurance of large ontological systems such as SNOMED CT is an indispensable part...
The Systematized Nomenclature of Medicine – Clinical Terms (SNOMED CT) has been widely used as a sta...
SNOMED is one of the leading health care terminologies being used worldwide. As such, quality assura...
AbstractAuditors of a large terminology, such as SNOMED CT, face a daunting challenge. To aid them i...
Auditors of a large terminology, such as SNOMED CT, face a daunting challenge. To aid them in their ...
SNOMED is one of the leading healthcare terminologies being used worldwide. Due to its sheer volume ...
AbstractThe Systematized Nomenclature of Medicine Clinical Terms (SNOMED CT) is an extensive referen...
AbstractSNOMED is one of the leading health care terminologies being used worldwide. As such, qualit...
This paper identifies the underlying data model inferable from the SNOMED CT data. It describes the ...
This paper identifies the underlying data model of SNOMED CT (SCT) derived through reverse engineeri...
Abstract. Relation reversals in ontological systems refer to such patterns as a path from concept A ...
Abstract. Relationship groups are a construct which is particular for the representation of concepts...
Several auditing methodologies for large controlled terminologies are developed. These are applied t...
AbstractObjectiveTo quantify the presence of and evaluate an approach for detection of inconsistenci...
Objective—We introduce a structural-lexical approach for auditing SNOMED CT using a combination of n...
Objective: Quality assurance of large ontological systems such as SNOMED CT is an indispensable part...
The Systematized Nomenclature of Medicine – Clinical Terms (SNOMED CT) has been widely used as a sta...
SNOMED is one of the leading health care terminologies being used worldwide. As such, quality assura...
AbstractAuditors of a large terminology, such as SNOMED CT, face a daunting challenge. To aid them i...
Auditors of a large terminology, such as SNOMED CT, face a daunting challenge. To aid them in their ...
SNOMED is one of the leading healthcare terminologies being used worldwide. Due to its sheer volume ...
AbstractThe Systematized Nomenclature of Medicine Clinical Terms (SNOMED CT) is an extensive referen...
AbstractSNOMED is one of the leading health care terminologies being used worldwide. As such, qualit...
This paper identifies the underlying data model inferable from the SNOMED CT data. It describes the ...
This paper identifies the underlying data model of SNOMED CT (SCT) derived through reverse engineeri...
Abstract. Relation reversals in ontological systems refer to such patterns as a path from concept A ...
Abstract. Relationship groups are a construct which is particular for the representation of concepts...
Several auditing methodologies for large controlled terminologies are developed. These are applied t...
AbstractObjectiveTo quantify the presence of and evaluate an approach for detection of inconsistenci...
Objective—We introduce a structural-lexical approach for auditing SNOMED CT using a combination of n...
Objective: Quality assurance of large ontological systems such as SNOMED CT is an indispensable part...