This paper defines a sound and complete semantic criterion, based onreducibility candidates, for strong normalization of theories expressed inminimal deduction modulo \`a la Curry. The use of Curry-style proof-termsallows to build this criterion on the classic notion of pre-Heyting algebrasand makes that criterion concern all theories expressed in minimal deductionmodulo. Compared to using Church-style proof-terms, this method provides both asimpler definition of the criterion and a simpler proof of its completeness.Comment: 24 page
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite...
International audienceWe give in this paper a short semantical proof of the strong normalization for...
International audienceUsual normalization by evaluation techniques have a strong relationship with c...
Abstract. Deduction modulo is an extension of first-order predicate logic where axioms are replaced ...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite ...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite ...
International audienceDeduction modulo is an extension of first-order predicate logic where axioms ar...
International audienceDeduction modulo is an extension of first-order predicate logic where axioms ar...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite ...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceDeduction modulo is an extension of first-order predicate logic where axioms ar...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite...
International audienceWe give in this paper a short semantical proof of the strong normalization for...
International audienceUsual normalization by evaluation techniques have a strong relationship with c...
Abstract. Deduction modulo is an extension of first-order predicate logic where axioms are replaced ...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite ...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite ...
International audienceDeduction modulo is an extension of first-order predicate logic where axioms ar...
International audienceDeduction modulo is an extension of first-order predicate logic where axioms ar...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite ...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceDeduction modulo is an extension of first-order predicate logic where axioms ar...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
International audienceTwo main lines have been adopted to prove the cut elimination theorem: the syn...
Deduction modulo is an extension of first-order predicate logic where axioms are replaced by rewrite...
International audienceWe give in this paper a short semantical proof of the strong normalization for...
International audienceUsual normalization by evaluation techniques have a strong relationship with c...