Low resource recognition and linking of biomedical concepts from a large ontology.
Sunil MohanRico AngellNicholas MonathAndrew McCallumPublished in: BCB (2021)
Keyphrases
- domain ontology
- biomedical ontologies
- relevant concepts
- semantic relationships
- recognition rate
- recognition accuracy
- concept hierarchy
- ontology construction
- domain knowledge
- low error rates
- biomedical text mining
- ontological framework
- related concepts
- ontology matching
- background knowledge
- ontology alignment
- domain specific ontologies
- knowledge resources
- object recognition
- owl ontologies
- automatic recognition
- knowledge organization
- entity extraction
- mutual understanding
- pattern recognition
- intended meaning
- knowledge representation
- semi automatic
- conceptual structures
- semantic web
- domain specific
- formal concept analysis
- ontological concepts
- fuzzy ontology
- biomedical literature
- concept space
- ontology engineering
- semantic knowledge
- semantic links
- ontology integration
- ontological knowledge
- semantic representation
- resource allocation
- co occurrence
- knowledge base
- recognition process
- key concepts
- web resources
- resource management
- character recognition
- recognition algorithm
- semantic network
- activity recognition
- snomed ct
- information extraction
- feature extraction