Using agents to parallelize a medical reasoning system based on ontologies and description logics as an application case.
Alejandro Rodríguez GonzálezJavier Torres NiñoGandhi Hernández-ChanEnrique Jiménez-DomingoJose María Álvarez RodríguezPublished in: Expert Syst. Appl. (2012)
Keyphrases
- description logics
- reasoning services
- semantic web ontologies
- reasoning mechanism
- dl lite
- owl dl
- knowledge base
- ontology reasoning
- knowledge representation
- reasoning tasks
- expressive description logics
- incomplete knowledge
- ontology languages
- reasoning problems
- reasoning process
- semantic web
- computational properties
- medical terminology
- biomedical ontologies
- knowledge representation and reasoning
- knowledge representation systems
- reasoning systems
- formal ontologies
- web ontology language
- concept descriptions
- fuzzy description logics
- knowledge representation formalisms
- dl programs
- exptime complete
- terminological reasoning
- description logic programs
- owl ontologies
- logic programming
- ontology based data access
- computing least common subsumers
- number restrictions
- first order logic
- knowledge representation languages
- taxonomic reasoning
- domain ontology
- domain specific
- expert systems
- query answering
- data complexity
- automated reasoning
- logic programs
- expressive power
- machine learning
- model theoretic