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Papers
Extension of Regression Tsetlin Machine for Interpretable Uncertainty Assessment
GUCON: A Generic Graph Pattern based Policy Framework for Usage Control Enforcement
Combining Proofs for Description Logic and Concrete Domain Reasoning
Notation3 as an Existential Rule Language
Fine-tuning Large Enterprise Language Models via Ontological Reasoning
Layerwise Learning of Mixed Conjunctive and Disjunctive Rule Sets
Analyzing Termination for Prev-Aware Fragments of Communicating Datalog Programs
Marrying Query Rewriting and Knowledge Graph Embeddings
Lore: Educational Deductive Database System
Comparing State of the Art Rule-Based Tools for Information Extraction
A Case Study for Declarative Pattern Mining in Digital Forensics
Semantic Role Assisted Natural Language Rule Formalization for Intelligent Vehicle
FreeCHR: An Algebraic Framework for CHR-Embeddings
Explaining the optimal trajectories
Abstract Domains for Database Manipulating Processes
Extracting Interpretable Hierarchical Rules from Deep Neural Networks' Latent Space.
Extension of Regression Tsetlin Machine for Interpretable Uncertainty Assessment
GUCON: A Generic Graph Pattern based Policy Framework for Usage Control Enforcement
Combining Proofs for Description Logic and Concrete Domain Reasoning
Notation3 as an Existential Rule Language
Fine-tuning Large Enterprise Language Models via Ontological Reasoning
Layerwise Learning of Mixed Conjunctive and Disjunctive Rule Sets
Analyzing Termination for Prev-Aware Fragments of Communicating Datalog Programs
Marrying Query Rewriting and Knowledge Graph Embeddings
Lore: Educational Deductive Database System
Comparing State of the Art Rule-Based Tools for Information Extraction
A Case Study for Declarative Pattern Mining in Digital Forensics
Semantic Role Assisted Natural Language Rule Formalization for Intelligent Vehicle
FreeCHR: An Algebraic Framework for CHR-Embeddings
Explaining the optimal trajectories
Abstract Domains for Database Manipulating Processes
Extracting Interpretable Hierarchical Rules from Deep Neural Networks' Latent Space.