The cost of a cycle is a square

Journal of Symbolic Logic 67 (1):35-60 (2002)
The logical flow graphs of sequent calculus proofs might contain oriented cycles. For the predicate calculus the elimination of cycles might be non-elementary and this was shown in [Car96]. For the propositional calculus, we prove that if a proof of k lines contains n cycles then there exists an acyclic proof with O(k n+l ) lines. In particular, there is a polynomial time algorithm which eliminates cycles from a proof. These results are motivated by the search for general methods on proving lower bounds on proof size and by the design of more efficient heuristic algorithms for proof search
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DOI 10.2178/jsl/1190150028
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A. Carbone (1999). Turning Cycles Into Spirals. Annals of Pure and Applied Logic 96 (1-3):57-73.

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