Autor/Autorin: Spörk Christoph
Christoph Spörk (born in Vienna 1988) studied Computer Science at the Vienna University of Technology. He wrote his bachelor thesis about a heuristic solution for the Delay Constrained Steiner Tree Problem (2011) and focused his master course on Mathematical Logic, Algorithmics and Complexity Theory.
In proof theory finding lemmas for a given proof is of deep interest. The possibility of algorithmically computing them, even for large proofs, is a defined goal in this research area. This book describes an approach for introducing quantified cuts into proofs in sequent calculus by making good use of knowledge from formal language theory. The described method is even capable of possibly introducing several lemmas at once into a proof.
Spörk, ChristophChristoph Spörk (born in Vienna 1988) studied Computer Science at the Vienna University of Technology. He wrote his bachelor thesis about a heuristic solution for the Delay Constrained Steiner Tree Problem (2011) and focused his master course on Mathematical Logic, Algorithmics and Complexity Theory.
Über den Autor
Christoph Spörk (born in Vienna 1988) studied Computer Science at the Vienna University of Technology. He wrote his bachelor thesis about a heuristic solution for the Delay Constrained Steiner Tree Problem (2011) and focused his master course on Mathematical Logic, Algorithmics and Complexity Theory.
Klappentext
In proof theory finding lemmas for a given proof is of deep interest. The possibility of algorithmically computing them, even for large proofs, is a defined goal in this research area. This book describes an approach for introducing quantified cuts into proofs in sequent calculus by making good use of knowledge from formal language theory. The described method is even capable of possibly introducing several lemmas at once into a proof.
