Semiring Provenance for Lightweight Description Logics
📰 ArXiv cs.AI
Semiring provenance is applied to lightweight description logics to track ontology axiom annotations
Action Steps
- Define a commutative semiring to annotate ontology axioms
- Propagate annotations to ontology consequences based on derivation rules
- Apply provenance semantics to track the annotations and their propagation
Who Needs to Know This
AI researchers and knowledge graph engineers benefit from this work as it enables them to analyze and understand the derivation of ontology consequences
Key Insight
💡 Semiring provenance can be used to analyze and understand the derivation of ontology consequences in description logics
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🤖 Semiring provenance for lightweight description logics enables tracking of ontology axiom annotations #AI #KnowledgeGraphs
Key Takeaways
Semiring provenance is applied to lightweight description logics to track ontology axiom annotations
Full Article
Title: Semiring Provenance for Lightweight Description Logics
Abstract:
arXiv:2310.16472v4 Announce Type: replace-cross Abstract: We investigate semiring provenance--a successful framework originally defined in the relational database setting--for description logics. In this context, the ontology axioms are annotated with elements of a commutative semiring and these annotations are propagated to the ontology consequences in a way that reflects how they are derived. We define a provenance semantics for a language that encompasses several lightweight description logic
Abstract:
arXiv:2310.16472v4 Announce Type: replace-cross Abstract: We investigate semiring provenance--a successful framework originally defined in the relational database setting--for description logics. In this context, the ontology axioms are annotated with elements of a commutative semiring and these annotations are propagated to the ontology consequences in a way that reflects how they are derived. We define a provenance semantics for a language that encompasses several lightweight description logic
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