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. Semantics for The Semantic Web: the Implicit, the Formal and the Powerful. International Journal on Semantic Web & Information Systems. 2005 ;1(1):1-18. 
(2.85 MB) (1.83 MB)
(2.85 MB) (1.83 MB). Show Me What You Mean! Exploiting Domain Semantics in Ontology Visualization. 2006. (378.36 KB)
(378.36 KB). Continuous Semantics to Analyze Real-Time Data. IEEE Internet Computing. 2010 ;14:84-89. (2.75 MB)
(2.75 MB). Show Me What You Mean! Exploiting Domain Semantics in Ontology Visualization. 2006. (378.36 KB)
(378.36 KB). Continuous Semantics to Analyze Real-Time Data. IEEE Internet Computing. 2010 ;14:84-89. (2.75 MB)
(2.75 MB). Semantics for The Semantic Web: the Implicit, the Formal and the Powerful. International Journal on Semantic Web & Information Systems. 2005 ;1(1):1-18. (2.85 MB) (1.83 MB)
(2.85 MB) (1.83 MB). On-demand Creation of Focused Domain Models using Top-down and Bottom-up Information Extraction. 2012 . (4.54 MB)
(4.54 MB). Ontology Supported Knowledge Discovery in the Field of Human Performance and Cognition. Wright-Patterson Air Force Base; 2009. 
(7.2 MB)
(7.2 MB). Automatic Domain Model Creation Using Pattern-Based Fact Extraction. 2010. (1022.87 KB)
(1022.87 KB). An Up-to-date Knowledge-Based Literature Search and Exploration Framework for Focused Bioscience Domains. In IHI 2012- 2nd ACM SIGHIT International Health Informatics Symposium. Miami Florida; 2012. (1.3 MB)
(1.3 MB). Continuous Semantics to Analyze Real-Time Data. IEEE Internet Computing. 2010 ;14:84-89. (2.75 MB)
(2.75 MB). Continuous Semantics to Analyze Real-Time Data. IEEE Internet Computing. 2010 ;14:84-89. (2.75 MB)
(2.75 MB). Inexact Matching of Ontology Graphs Using Expectation-Maximization. 2009 ;. 
(0 bytes)
(0 bytes). Semantics for The Semantic Web: the Implicit, the Formal and the Powerful. International Journal on Semantic Web & Information Systems. 2005 ;1(1):1-18. (2.85 MB) (1.83 MB)
(2.85 MB) (1.83 MB). On the Expressiveness of the Languages for the Semantic Web - Making a Case for 'A Little More'. In 2006.
. On the Expressiveness of the Languages for the Semantic Web - Making a Case for 'A Little More'. In 2006. (205.65 KB)
(205.65 KB). GLYDE-an expressive XML standard for the representation of glycan structure. Carbohydr Res. 2005 ;. (159.16 KB)
(159.16 KB). GLYDE-an expressive XML standard for the representation of glycan structure. Carbohydr Res. 2005 ;. (159.16 KB)
(159.16 KB). Show Me What You Mean! Exploiting Domain Semantics in Ontology Visualization. 2006. (378.36 KB)
(378.36 KB). GLYDE-an expressive XML standard for the representation of glycan structure. Carbohydr Res. 2005 ;. (159.16 KB)
(159.16 KB). GlycO Ontology. In 2007. (2.31 MB)
(2.31 MB). Inexact Matching of Ontology Graphs Using Expectation-Maximization. 2009 ;. (0 bytes)
(0 bytes). Web Wisdom: An Essay on How Web 2.0 and Semantic Web Can Foster a Global Knowledge Society. In 2011. (663.2 KB)
(663.2 KB). Web Wisdom: An Essay on How Internet and Semantic Web can foster a Global Knowledge Society. Computers in Human Behavior. Computers in Human Behavior; 2011 ;27(4):1285-1293. (589.47 KB)
(589.47 KB). Ontology Supported Knowledge Discovery in the Field of Human Performance and Cognition. Wright-Patterson Air Force Base; 2009. (7.2 MB)
(7.2 MB). An Up-to-date Knowledge-Based Literature Search and Exploration Framework for Focused Bioscience Domains. In IHI 2012- 2nd ACM SIGHIT International Health Informatics Symposium. Miami Florida; 2012. (1.3 MB)
(1.3 MB). Semantics for The Semantic Web: the Implicit, the Formal and the Powerful. International Journal on Semantic Web & Information Systems. 2005 ;1(1):1-18. (2.85 MB) (1.83 MB)
(2.85 MB) (1.83 MB). Semantics for The Semantic Web: the Implicit, the Formal and the Powerful. International Journal on Semantic Web & Information Systems. 2005 ;1(1):1-18. (2.85 MB) (1.83 MB)
(2.85 MB) (1.83 MB). Pattern-Based Synonym and Antonym Extraction. In 48th ACM Southeast Conference. Oxford, Mississippi; 2010. (98.05 KB)
(98.05 KB). An Up-to-date Knowledge-Based Literature Search and Exploration Framework for Focused Bioscience Domains. In IHI 2012- 2nd ACM SIGHIT International Health Informatics Symposium. Miami Florida; 2012. (1.3 MB)
(1.3 MB). What Goes Around Comes Around - Improving Linked Open Data through On-Demand Model Creation. In Web Science; 2010. (0 bytes)
(0 bytes). Web Wisdom: An Essay on How Internet and Semantic Web can foster a Global Knowledge Society. Computers in Human Behavior. Computers in Human Behavior; 2011 ;27(4):1285-1293. (589.47 KB)
(589.47 KB). An Up-to-date Knowledge-Based Literature Search and Exploration Framework for Focused Bioscience Domains. In IHI 2012- 2nd ACM SIGHIT International Health Informatics Symposium. Miami Florida; 2012. (1.3 MB)
(1.3 MB). Ontology Supported Knowledge Discovery in the Field of Human Performance and Cognition. Wright-Patterson Air Force Base; 2009. (7.2 MB)
(7.2 MB). On the Expressiveness of the Languages for the Semantic Web - Making a Case for 'A Little More'. In 2006.
. On the Expressiveness of the Languages for the Semantic Web - Making a Case for 'A Little More'. In 2006. (205.65 KB)
(205.65 KB). Ontology Supported Knowledge Discovery in the Field of Human Performance and Cognition. Wright-Patterson Air Force Base; 2009. (7.2 MB)
(7.2 MB). Inexact Matching of Ontology Graphs Using Expectation-Maximization. 2009 ;. (0 bytes)
(0 bytes). Semantics for The Semantic Web: the Implicit, the Formal and the Powerful. International Journal on Semantic Web & Information Systems. 2005 ;1(1):1-18. (2.85 MB) (1.83 MB)
(2.85 MB) (1.83 MB). Predicting Domain Specific Entities with Limited Background Knowledge. 2006. (111.43 KB)
(111.43 KB). Show Me What You Mean! Exploiting Domain Semantics in Ontology Visualization. 2006. (378.36 KB)
(378.36 KB). Show Me What You Mean! Exploiting Domain Semantics in Ontology Visualization. 2006. (378.36 KB)
(378.36 KB). Pattern-Based Synonym and Antonym Extraction. In 48th ACM Southeast Conference. Oxford, Mississippi; 2010. (98.05 KB)
(98.05 KB). On the Expressiveness of the Languages for the Semantic Web - Making a Case for 'A Little More'. In 2006.
. On the Expressiveness of the Languages for the Semantic Web - Making a Case for 'A Little More'. In 2006. (205.65 KB)
(205.65 KB). Web Wisdom: An Essay on How Web 2.0 and Semantic Web Can Foster a Global Knowledge Society. In 2011. (663.2 KB)
(663.2 KB). Continuous Semantics to Analyze Real-Time Data. IEEE Internet Computing. 2010 ;14:84-89. (2.75 MB)
(2.75 MB)