Free-cut elimination allows cut elimination to be carried out in the presence of non-logical axioms. Formulas in a proof are anchored provided they originate in a non-logical axiom or non-logical inference. This paper corrects and strengthens earlier upper bounds on the size of free-cut elimination. The correction requires that the notion of a free-cut be modified so that a cut formula is anchored provided that all of its introductions are anchored, instead of only requiring that one of its introductions is anchored. With the correction, the originally proved size upper bounds remain unchanged. These results also apply to partial cut elimination. We also apply these bounds to elimination of cuts in propositional logic.If the non-logical inf...
Algebraic proofs of the cut-elimination theorems for classical and intu-itionistic logic are present...
Cut-elimination is the bedrock of proof theory with a multitude of applications from computational i...
We prove a general form of \u27free-cut elimination\u27 for first-order theories in linear logic, yi...
Free-cut elimination allows cut elimination to be carried out in the presence of non-logical axioms....
AbstractFree-cut elimination allows cut elimination to be carried out in the presence of non-logical...
We present sharpened lower bounds on the size of cut free proofs for first-order logic. Prior lower ...
AbstractWhen investigating the complexity of cut-elimination in first-order logic, a natural subprob...
We describe in full detail a solution to the problem of proving the cut elimination theorem for FILL...
AbstractThe relation between proofs with cuts and proofs without cuts is discussed in this article. ...
Proofs of cut elimination have took two different ways for a long time: syntac-tic cut reduction and...
International audienceWe prove a general form of 'free-cut elimination' for first-order theories in ...
This is the first book on cut-elimination in first-order predicate logic from an algorithmic point o...
Algebraic proofs of the cut-elimination theorems for classical and intuitionistic logic are presente...
In this article, we prove that, for any cluster of extra-logical assumptions, there exists exactly o...
AbstractAlgebraic proofs of the cut-elimination theorems for classical and intuitionistic logic are ...
Algebraic proofs of the cut-elimination theorems for classical and intu-itionistic logic are present...
Cut-elimination is the bedrock of proof theory with a multitude of applications from computational i...
We prove a general form of \u27free-cut elimination\u27 for first-order theories in linear logic, yi...
Free-cut elimination allows cut elimination to be carried out in the presence of non-logical axioms....
AbstractFree-cut elimination allows cut elimination to be carried out in the presence of non-logical...
We present sharpened lower bounds on the size of cut free proofs for first-order logic. Prior lower ...
AbstractWhen investigating the complexity of cut-elimination in first-order logic, a natural subprob...
We describe in full detail a solution to the problem of proving the cut elimination theorem for FILL...
AbstractThe relation between proofs with cuts and proofs without cuts is discussed in this article. ...
Proofs of cut elimination have took two different ways for a long time: syntac-tic cut reduction and...
International audienceWe prove a general form of 'free-cut elimination' for first-order theories in ...
This is the first book on cut-elimination in first-order predicate logic from an algorithmic point o...
Algebraic proofs of the cut-elimination theorems for classical and intuitionistic logic are presente...
In this article, we prove that, for any cluster of extra-logical assumptions, there exists exactly o...
AbstractAlgebraic proofs of the cut-elimination theorems for classical and intuitionistic logic are ...
Algebraic proofs of the cut-elimination theorems for classical and intu-itionistic logic are present...
Cut-elimination is the bedrock of proof theory with a multitude of applications from computational i...
We prove a general form of \u27free-cut elimination\u27 for first-order theories in linear logic, yi...