DocumentCode
2164290
Title
Potential modeling and simulation applications of the Web ontology language - OWL
Author
Lacy, Lee ; Gerber, William
Author_Institution
Dynamics Res. Corp., Orlando, FL, USA
Volume
1
fYear
2004
fDate
5-8 Dec. 2004
Lastpage
270
Abstract
The semantic Web is an evolution of the current world-wide web that provides explicit semantics that enable software applications to better process information representations. The Web ontology language - OWL - is a new language for representing information on the semantic Web. Modeling and simulation (M&S) applications have many information representation challenges. Examples of M&S data include data tables from authoritative data sources, behaviors for computer generated forces, and descriptions of units and entities to be simulated. OWL provides a consistent syntax using the resource description framework (RDF) and predefined constructs with standard semantics. These features enable better information sharing and support reasoning by inferencing systems. OWL is best used for representing object-oriented descriptions of items in a well-defined domain. It could be used in the M&S community to support distributed representations of data, behaviors, descriptions of units and objects to be simulated, and scenarios with initial conditions.
Keywords
digital simulation; hypermedia markup languages; inference mechanisms; object-oriented methods; ontologies (artificial intelligence); semantic Web; specification languages; OWL; Web ontology language; data table; inferencing system; information representation; information sharing; modeling; object-oriented description; reasoning; resource description framework; semantic Web; software application; syntax; Application software; Computational modeling; HTML; Information representation; OWL; Object oriented modeling; Ontologies; Resource description framework; Semantic Web; XML;
fLanguage
English
Publisher
ieee
Conference_Titel
Simulation Conference, 2004. Proceedings of the 2004 Winter
Print_ISBN
0-7803-8786-4
Type
conf
DOI
10.1109/WSC.2004.1371325
Filename
1371325
Link To Document