Enhanced semantic access to the protein engineering literature using ontologies populated by text mining.
René WitteThomas KapplerChristopher J. O. BakerPublished in: Int. J. Bioinform. Res. Appl. (2007)
Keyphrases
- text mining
- domain ontology
- biomedical literature
- formal ontologies
- semantic relationships
- semantic web
- semantic web technologies
- semantic technologies
- biomedical ontologies
- semantically rich
- semantic interoperability
- ontology mapping
- semantic knowledge
- biomedical text mining
- ontology alignment
- semantic query
- natural language processing
- information extraction
- text documents
- semantic matching
- topic maps
- semantic data
- software engineering
- ontology engineering
- semantic heterogeneity
- ontology population
- related concepts
- semantic search
- amino acids
- protein protein interactions
- knowledge base
- domain specific
- protein sequences
- artificial intelligence
- natural language text
- semantic content
- semantic annotation
- text clustering
- semantic integration
- machine learning
- information retrieval
- web ontologies
- data mining
- biological knowledge
- natural language
- description logics
- engineering design
- topic models
- semantic similarity
- conceptual graphs
- medical domain
- access control
- semantic information
- semantic representations
- document clustering
- high throughput
- data analysis
- domain knowledge
- knowledge representation
- ontology evolution
- knowledge discovery
- ontology matching
- concept hierarchy
- owl ontologies
- databases
- protein structure