This paper contains multiple definitions (philosophical, informational and medical) for the ontology-model and the implementation in technology, concerning semantic interoperability and ontology languages.
It gives two examples how ontologies could be implemented using the EN13606 Communication Standard and informs the reader about ontology based technologies like ontology mapping and ontology based eHealth applications.
Inhaltsverzeichnis (Table of Contents)
- Introduction
- Philosophical
- Informational
- Biomedical
- Conceptualization
- Technology
- Semantic Interoperability
- Ontology Language
- Ontology in EHR Standards
- Further Development
- Mapping
- Ehealth Application
- References
- List of Figures
Zielsetzung und Themenschwerpunkte (Objectives and Key Themes)
This work explores the role of ontologies in Electronic Health Record (EHR) related standards. The text aims to provide an understanding of the philosophical, informational, and biomedical concepts behind ontologies, as well as their application in enabling semantic interoperability between diverse information systems. Key themes addressed include:- The philosophical foundations of ontology and its role in classifying reality.
- The importance of semantic interoperability for data exchange between information systems in healthcare.
- The use of ontology languages for representing knowledge and facilitating communication.
- The application of ontologies in EHR standards to achieve data harmonization and interoperability.
- Future directions for the development and implementation of ontology-based solutions in eHealth.
Zusammenfassung der Kapitel (Chapter Summaries)
- Introduction: This chapter begins by exploring the philosophical concept of ontology, defining it as a branch of theoretical philosophy that seeks to categorize and classify reality. It then discusses the role of ontology in an informational context, emphasizing its importance in enabling data exchange between different information systems.
- Technology: This chapter delves into the concept of semantic interoperability, explaining how it facilitates communication between different information systems by ensuring that data is not only transmitted correctly but also interpreted consistently. It introduces ontology languages as a means of representing knowledge and enabling semantic interoperability.
- Ontology in EHR Standards: This chapter explores the application of ontologies in EHR standards. It highlights how ontologies can be used to create a common understanding of medical concepts and facilitate data sharing between different healthcare systems.
- Further Development: This chapter discusses future developments in the field, including the mapping of existing EHR standards to ontologies and the application of ontology-based solutions in eHealth.
Schlüsselwörter (Keywords)
This work explores the role of ontologies in Electronic Health Record (EHR) standards, focusing on key concepts such as semantic interoperability, ontology languages, and their application in healthcare data exchange. The text examines the potential of ontology-based solutions for achieving data harmonization and facilitating the development of innovative eHealth applications.
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- B.Sc. Stefan Schroeder (Author), 2010, Ontologies and Electronic Health Record related Standards, Munich, GRIN Verlag, https://www.grin.com/document/152002