Logic Programming and Nonmonotonic Reasoning

.- Deductive Systems for Logic Programs with Counting: Preliminary Report.

.- Compiling Metric Temporal Answer Set Programming.

.- A Sequent Calculus for Generalized Inductive Definitions.

.- tExplain: Information Extraction with Explanations.

.- ASP-based Large Neighborhood Prioritized Search for Course Timetabling.

.- Towards Industrial-scale Product Configuration.

.- An ILASP-Based Approach to Repair Petri Nets.

.- Abstract Dialectical Frameworks are Boolean Networks.

.- Using Learning from Answer Sets for robust question answering with LLM.

.- Multi-paradigm Logic Programming in the ErgoAI System.

.- An ASP-based approach to water distribution system reconstruction.

.-Consequence Operators of Characterization Logics - The Case of Abstract Argumentation.

.- Efficiently grounding FOL using bit vectors.

.- Integrating MiniZinc with ASP Chef: Browser-Based Constraint Programming for Education and Prototyping.

.- Answer Set Explanations via Preferred Unit-Provable Unsatisfiable Subsets.

.- Towards Mass Spectrum Analysis with ASP.

.- Monitoring and Scheduling of Semiconductor Failure Analysis Labs.

.- Approach to Abstraction in Answer Set Programming and Assumption-based Argumentation.

.- On Forgetting in Assumption-Based Argumentation.

.- Towards Explainable Weather Forecasting Through FastLAS.

.- Semantic-based Arguments using Logic Programming Rewriting Systems.

. -Modelling Dialogues in a Concurrent Language for Argumentation.

.- A Fixpoint Characterisation of Temporal Equilibrium Logic.

.- A Category-Theoretic Perspective on Higher-Order Approximation Fixpoint Theory.

.- A Multi-Agent Simulation for Supply Chains Contract Execution.

.- Reasoning and Explanation Generation in Ad hoc Collaboration between Humans and Embodied AI.

.- Policies, Penalties, and Autonomous Agents.

.- LTLf2ASP: LTLf Bounded Satisfiability in ASP.

.- Integrating Structured Declarative Language (SDL) into ASP Chef.

.- A Generalisation of Epistemic Splitting Property.