6. A method for content-driven healthcare location relationship management, the method comprising: receiving, at a microprocessor, one or more location identifiers for a content-based clinical application; assigning, with the microprocessor, one or more locations to a source role and a target role based on the received one or more location identifiers and an ontology, wherein the ontology is represented in a directed acyclic graph navigable to identify the ontology for the one or more locations, wherein the directed acyclic graph includes a plurality of available ontologies for selection of a location relationship, wherein the plurality of available ontologies includes an “is a” ontology and an “is part of” ontology; validating a conflict of the source role and the target role between the one or more locations; identifying, with the microprocessor, a location relationship between the validated source role and target role based on the received one or more location identifiers and the ontology; associating, with the microprocessor, the validated source role and target role with the identified location relationship; and utilizing the associated source role, target role, and location relationship to configure with the microprocessor, one or more content items forming the content-based clinical application.
6. A method for content-driven healthcare location relationship management, the method comprising: receiving, at a microprocessor, one or more location identifiers for a content-based clinical application; assigning, with the microprocessor, one or more locations to a source role and a target role based on the received one or more location identifiers and an ontology, wherein the ontology is represented in a directed acyclic graph navigable to identify the ontology for the one or more locations, wherein the directed acyclic graph includes a plurality of available ontologies for selection of a location relationship, wherein the plurality of available ontologies includes an “is a” ontology and an “is part of” ontology; validating a conflict of the source role and the target role between the one or more locations; identifying, with the microprocessor, a location relationship between the validated source role and target role based on the received one or more location identifiers and the ontology; associating, with the microprocessor, the validated source role and target role with the identified location relationship; and utilizing the associated source role, target role, and location relationship to configure with the microprocessor, one or more content items forming the content-based clinical application. 9. The method of claim 6 , wherein identifying the location relationship further comprises determining, with the microprocessor, one or more allowed location relationships between the source role and the target role based on a terminology definition provided by the ontology.