课程信息

Lehrinhalte
syntax and semantics of propositional logic,
functional completeness and normal forms, compactness, complete proof calculi: resolution and a sequent calculus;
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syntax and semantics of first-order logic,
structures and assignments, normal forms, Skolemization, Herbrand theorem, compactness, complete proof calculi: (ground) resolution and a sequent calculus,
Gödel's Completeness Theorem;
undecidability of first-order logic;
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optional: digressions on expressiveness and model checking

Literature
Burris: Logic for Mathematics and Computer Science
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Schöning: Logik für Informatiker
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Boolos, Burgess, Jeffrey: Computability and Logic
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Skript (2 Teile, elektronisch unter www.mathematik.tu-darmstadt.de/˜otto)

Voraussetzungen
automata, formal languages and decidability