Logics in Artificial Intelligence
Description
This two-volume set LNAI 16093-16094 constitutes the proceedings of the 19th European Conference on Logics in Artificial Intelligence, JELIA 2025, held in Kutaisi, Georgia, during September 1-4, 2025.
The 39 full papers and 5 short papers included in this volume were carefully reviewed and selected from 108 submissions. They were organized in the following topics:
Part I: Special Track: Logics for Explainable and Trustworthy AI; Argumentation; Constraint Satisfaction and Optimization; Deontic Reasoning; Description Logics and Ontological Reasoning; Higher-order and Non-classical Logics; Logic Programming and Answer Set Programming.
Part II: Non-monotonic Reasoning and Belief Change; Propositional Reasoning, QBF, and Satisfiability Problems; Temporal Reasoning; Theorem Proving.
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Content
.- Non-monotonic Reasoning and Belief Change.
.- Comparing Dialectical Systems: Contradiction and Counterexample in Iterated Belief Revision.
.- The InfOCF Library for Reasoning with Conditional Belief Bases.
.- Lockean Beliefs that are Deductively Closed and Minimal Change.
.- Extending Defeasibility for Propositional Standpoint Logics.
.- Axiomatics of Restricted Choices by Linear Orders of Sets with Minimum as Fallback.
.- Propositional Reasoning, QBF, and Satisfiability Problems.
.- AxSAT - Bringing Axioms to SAT Planning.
.- On Extracting Legal Arguments.
.- Inclusion with Repetitions and Boolean Constants - Implication Problems Revisited.
.- Enhancing Query Efficiency for d-DNNF Representations Through Preprocessing.
.- Explanations of Unsatisfiability Beyond Minimal Subsets.
.- Refined Notions of QBF Equivalences.
.- Refinement-Based Enumeration of QBF Solutions.
.- Interpolating Parametric Array Theories.
.- Maximum Satisfiability Formulations for Nonlinear Integer Programming.
.- Exact Approaches for the Diverse Satisfiability Problem.
.- Temporal Reasoning.
.- A Framework for Computing Upper Bounds in Passive Learning Settings.
.- On Temporal References via Definite Descriptions in First-Order Monadic Logic of Order.
.- Alternating-Time Temporal Logic with Default Actions.
.- Theorem Proving.
.- Deciding Non-Fregean Identities: A Dual Tableau Approach.
.- Exposure and Hiding: Approaching the Objective Probability and Hiding the Secret in Zero-Knowledge Proof.
.- On a Second-Order Version of Russellian Theory of Definite Descriptions.