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This page provides a simple browsing interface for finding entities described by a property and a named value. Other available search interfaces include the page property search, and the ask query builder.

List of results

• Finite and algorithmic model theory  + (Finite and algorithmic model theory: Locality (Lecture))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: Model checking on graphs with bounded degree and NP-completeness of FO1 and C1 (Lecture))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: NO EXERCISES (No session))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: No exercises (No session))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: No lecture (No session))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: Proving E-F Games (Lecture))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: Q&A (Exercise))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: The last lecture [recap] (Lecture))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: The missing proofs on 0-1 law + Intro to EF Games (Lecture))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: Tilings and undecidability of FO (Lecture))
• Finite and algorithmic model theory  + (Finite and algorithmic model theory: Zero-One Laws of FO (Lecture))
• Finite-Cliquewidth Sets of Existential Rules: Toward a General Criterion for Decidable yet Highly Expressive Querying  + (Finite-Cliquewidth Sets of Existential Rules: Toward a General Criterion for Decidable yet Highly Expressive Querying)
• First-Order Rule Learning Through a Pulsed Neural Network  + (First-Order Rule Learning Through a Pulsed Neural Network)
• Fixed-Domain Reasoning for Description Logics  + (Fixed-Domain Reasoning for Description Logics)
• Flexible Dispute Derivations with Forward and Backward Arguments for Assumption-Based Argumentation  + (Flexible Dispute Derivations with Forward and Backward Arguments for Assumption-Based Argumentation)
• Fluted Logic with Counting  + (Fluted Logic with Counting)
• Forgetting Atoms and Arguments  + (Forgetting Atoms and Arguments)
• Formale Systeme  + (Formale Systeme: 1. Begrüßung und Einleitung (Lecture))
• Formale Systeme  + (Formale Systeme: 1. Formale Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 1. Vorlesung: Formale Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 1. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 1. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 1. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 10. Grenzen regulärer Sprachen / Probleme regulärer Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 10. Grenzen regulärer Sprachen / Probleme für Automaten (Lecture))
• Formale Systeme  + (Formale Systeme: 10. Vorlesung: Grenzen regulärer Sprachen / Probleme regulärer Sprachen (Lecture))

• Formale Systeme  + (Formale Systeme: 10. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 10. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 10. Übungsblatt (Exercise))

• Formale Systeme  + (Formale Systeme: 11. Von regulären zu kontextfreien Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 11. Von regulären zu kontextfreien Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 11. Vorlesung: Von regulären zu kontextfreien Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 11. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 11. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 11. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 12. Das Wortproblem für kontextfreie Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 12. Das Wortproblem für kontextfreie Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 12. Vorlesung: Das Wortproblem für kontextfreie Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 12. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 12. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 12. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 13. Das Pumping Lemma kontextfreier Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 13. Das Pumping-Lemma für kontextfreie Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 13. Vorlesung: Das Pumping-Lemma für kontextfreie Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 13. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 13. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 13. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 14. Abschlusseigenschaften kontextfreier Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 14. Abschlusseigenschaften kontextfreier Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 14. Vorlesung: Abschlusseigenschaften kontextfreier Sprachen (Lecture))
• Formale Systeme  + (Formale Systeme: 14. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 14. Übungsblatt (Exercise))
• Formale Systeme  + (Formale Systeme: 15. Einleitung Kellerautomaten (Lecture))