Abstract is missing.
- Describing Chemical Functional Groups in OWL-DL for the Classification of Chemical CompoundsNatalia Villanueva-Rosales, Michel Dumontier. [doi]
- Extending Fuzzy Description Logics for the Semantic WebGiorgos Stoilos, Giorgos B. Stamou. [doi]
- Semantic Web Technologies in Technical Automotive DocumentationFrançois-Paul Servant. [doi]
- Experiences in Modeling Clinical Examinations in Oral Medicine Using OWLMarie Gustafsson, Göran Falkman. [doi]
- Combining OWL with RCC for Spatioterminological Reasoning on Environmental DataRolf Grütter, Bettina Bauer-Messmer. [doi]
- An Examination of OWL and the Requirements of a Large Health Care TerminologyKent A. Spackman. [doi]
- Verbalizing OWL in Attempto Controlled EnglishKaarel Kaljurand, Norbert E. Fuchs. [doi]
- VIVO Development Roadmap: Enhancing an Ontology-Based University Research Portal with OWL and RulesBrian Lowe, Brian Caruso, Jon Corson-Rikert. [doi]
- ONTOSEARCH2: Searching Ontologies SemanticallyEdward Thomas, Jeff Z. Pan, Derek H. Sleeman. [doi]
- Rule-Based Reasoning With A Multi-Scale Neuroanatomical OntologyStephen D. Larson, Maryann E. Martone. [doi]
- Towards a Scalable and Efficient Middleware for Instance Retrieval Inference ServicesAtila Kaya, Ralf Möller, Alissa Kaplunova, Tobias Berger. [doi]
- Use of OWL for Describing Stream Processing Components to Enable Automatic CompositionZhen Liu, Anand Ranganathan, Anton Riabov. [doi]
- IBSE: An OWL Interoperability Evaluation InfrastructureRaul Garcia-Castro, Asunción Gómez-Pérez, Jesus Prieto-Gonzalez. [doi]
- OWL SAIQL - An OWL DL Query Language for Ontology ExtractionAlexander Kubias, Simon Schenk, Steffen Staab, Jeff Z. Pan. [doi]
- Querying Multiple Sources with OWL Ontologies: an Exploratory Study in an Automotive CompanyPierre Mariot, Jean-Pierre Cotton, Christine Golbreich, Alain Berger, François Vexler. [doi]
- Ontology-based Data Access with MASTROAntonella Poggi, Marco Ruzzi. [doi]
- Extracting Modules from Ontologies: A Logic-based ApproachBernardo Cuenca Grau, Ian Horrocks, Yevgeny Kazakov, Ulrike Sattler. [doi]
- Igniting the OWL 1.1 Touch Paper: The OWL APIMatthew Horridge, Sean Bechhofer, Olaf Noppens. [doi]
- Hey! You Got Imperative in My Declarative, or A Mashup Made in Heaven: Making OWL friendlier with JavascriptAlan Ruttenberg. [doi]
- The OBO to OWL Mapping, GO to OWL 1.1!Christine Golbreich, Ian Horrocks. [doi]
- Ontological Context VisualizationJulia Dmitrieva, Yun Bei, Fons J. Verbeek. [doi]
- Can OWL Model Football Leagues?Diego Calvanese, Giuseppe De Giacomo, Domenico Lembo, Maurizio Lenzerini, Riccardo Rosati. [doi]
- DIG 2.0 Reference MiddlewareTimo Weithöner, Thorsten Liebig, Marko Luther, Sebastian Böhm. [doi]
- Ontology Engineering for Product DevelopmentHenson Graves. [doi]
- Sydney OWL Syntax - towards a Controlled Natural Language Syntax for OWL 1.1Anne Cregan, Rolf Schwitter, Thomas Meyer. [doi]
- Structured Ontology FormatRob Shearer. [doi]
- Implementing an RDF/OWL Ontology on Henry the III Fine RollsJosé Vieira, Arianna Ciula. [doi]
- Satisfiability Model Visualization Plugin for Deep Consistency Checking of OWL OntologiesMartins Barinskis, Guntis Barzdins. [doi]
- Design Principles and Realization Techniques for User Friendly, Interactive, and Scalable Ontology Browsing and Inspection ToolsMichael Wessel, Ralf Möller. [doi]
- Reasoning with OWL-DL in Inductive Logic ProgrammingFrancesca A. Lisi. [doi]
- Ontologies in OWL for Rapid Enterprise IntegrationSuzette Stoutenburg, Leo Obrst, Deborah Nichols, Paul Franklin, Ken Samuel, Michael Prausa. [doi]
- Mother, May I? OWL-based Policy Management at NASAMichael Smith, Andrew Schain, Kendall Clark, Arlen Griffey, Vladimir Kolovski. [doi]
- A Survey of Requirements for Automated Reasoning Services for Bio-Ontolgies in OWLC. Maria Keet, Marco Roos, M. Scott Marshall. [doi]
- A Business Case of the Use of Ontologies for Knowledge Capitalization and ExploitationFrançois-Marie Lesaffre, Vincent Pelletier. [doi]
- On Querying Ontologies with Contextual Logic ProgrammingCláudio Fernandes, Nuno Lopes 0002, Salvador Abreu. [doi]
- SPARQL-DL: SPARQL Query for OWL-DLEvren Sirin, Bijan Parsia. [doi]
- Current and Future Uses of OWL for Scientific Data Frameworks: Successes and LimitationsDeborah L. McGuinness, Peter Fox, Luca Cinquini, Patrick West, James L. Benedict, José García. [doi]
- Ontology-Based Management of the Telehealth Smart Home, Dedicated to Elderly in Loss of Cognitive AutonomyFatiha Latfi, Bernard Lefebvre, Celine Descheneaux. [doi]
- Use Case: Ontology to Support System Verification ProcessAnne Monceaux, Martine Callot. [doi]
- An Extension of DIG 2.0 for Handling Bulk DataDiego Calvanese, Mariano Rodriguez-Muro. [doi]
- An Ontology-Driven Knowledge Environment For Subcellular NeuroanatomyLisa Fong, Stephen D. Larson, Amarnath Gupta, Christopher Condit, William Bug, Li Chen, Ruth West, Stephan Lamont, Masako Terada, Maryann E. Martone. [doi]
- Adding Integrity Constraints to OWLBoris Motik, Ian Horrocks, Ulrike Sattler. [doi]
- Requirements for the Treatment of Multilinguality in Ontologies within FAOCaterina Caracciolo, Margherita Sini, Johannes Keizer. [doi]
- Lege Feliciter: Using Structured English to represent a Topographic Hydrology OntologyGlen Hart, Catherine Dolbear, John Goodwin. [doi]
- Representing Phenotypes in OWLChris Mungall. [doi]
- Completing Description Logic Knowledge Bases using Formal Concept AnalysisFranz Baader, Bernhard Ganter, Ulrike Sattler, Baris Sertkaya. [doi]