Modelling threshold phenomena in OWL: Metabolite concentrations as evidence for disorders Janna Hastings1,2? , Ludger Jansen3,4 , Christoph Steinbeck1 , and Stefan Schulz5 1

Source URL: webont.org

• Ontology
• Semantic Web
• Information science
• Knowledge engineering
• Metabolism
• Biology
• Academia
• Human Metabolome Database
• Metabolomics
• Web Ontology Language
• Metabolome
• Semantic reasoner

Semantic Web-based Group Formation for E-learning Asma Ounnas School of Electronics and Computer Science University of Southampton, UK

Source URL: people.csail.mit.edu

• Knowledge engineering
• Semantic Web
• Knowledge representation
• Technical communication
• Information science
• Constraint satisfaction
• Ontology
• Web Ontology Language
• Frame language
• Upper ontology

The Web of Data for E-Commerce in Brief A Hands-on Introduction to the GoodRelations Ontology, RDFa, and Yahoo! SearchMonkey October 25, 2009 Westfields Conference Center near Washington, DC, USA

Source URL: www.ebusiness-unibw.org

• Computing
• Semantic Web
• World Wide Web Consortium
• Resource Description Framework
• Web standards
• RDF Schema
• Turtle
• RDFa
• Linked data
• SPARQL
• Web Ontology Language
• Semantic reasoner

OWL: Path to Massive Deployment Dean  Allemang   Chief  Scien0st,  TopQuadrant  Inc.     Web-Scale Deployment

Source URL: webont.org

• Semantic Web
• Knowledge representation
• Resource Description Framework
• School of Computer Science
• University of Manchester
• Ontology
• AGROVOC
• Simple Knowledge Organization System
• RDF Schema
• Web Ontology Language
• FOAF
• Copyright
• Slide.com

LexInfo: A Declarative Model for the Lexicon-Ontology Interface P. Cimiano a,∗ , P. Buitelaar b , J. McCrae a , M. Sintek c a Semantic Computing Group, Cognitive Interaction Technology Center of

Source URL: john.mccr.ae

• Semantic Web
• Computing
• World Wide Web Consortium
• Information science
• Knowledge representation
• Knowledge engineering
• Resource Description Framework
• Ontology
• Web Ontology Language
• RDF Schema
• Simple Knowledge Organization System
• Web resource

POSH - The Prolog OWL Shell Chris Mungall Abstract. Two of the most common ways of processing and manipulating OWL ontologies are through an ontology editing environment (e.g. Protege or TopBraid) or via a programmatic i

Source URL: webont.org

• Semantic Web
• Resource Description Framework
• Information science
• Knowledge engineering
• Knowledge representation
• Web Ontology Language
• Semantic reasoner
• Prolog
• Description logic
• Ontology
• Jena
• SPARQL

Microsoft PowerPoint - owled_san_francisco_2011ppt [Compatibility Mode]

Source URL: webont.org

• Computing
• Semantic Web
• World Wide Web Consortium
• Web standards
• Knowledge representation
• Resource Description Framework
• Knowledge engineering
• Web services
• Web Ontology Language
• Semantic reasoner
• Ontotext
• SPARQL

Towards a Global Scale Semantic Web Zhengxiang Pan Department of Computer Science and Engineering, Lehigh University 19 Memorial Dr. West, Bethlehem, PA 18015, U.S.A.

Source URL: iswc2006.semanticweb.org

• Semantic Web
• Computing
• Information science
• Knowledge engineering
• Information
• Knowledge representation
• Ontology
• Semantic reasoner
• Web Ontology Language
• Description logic
• Resource Description Framework
• Swoogle

Reviewing the Design of DAML+OIL: An Ontology Language for the Semantic Web Ian Horrocks Peter F. Patel-Schneider

Source URL: www.cs.man.ac.uk

TopBraid Composer ™ Getting Started Guide Version 3.0 July 18, 2011

Source URL: www.topquadrant.com

• Semantic Web
• Computing
• World Wide Web Consortium
• Web standards
• Resource Description Framework
• Knowledge representation
• Knowledge engineering
• Technical communication
• Ontology
• RDF Schema
• Web Ontology Language
• SPARQL