AbstractThe propositional linear logic is known to be undecidable. In the current paper we prove that the full propositional linear affine logic containing all the multiplicatives, additives, exponentials, and constants is decidable. The proof is based on a reduction of linear affine logic to sequents of specific “normal forms” and on a generalization of Kanovich computational interpretation of linear logic adapted to these normal forms
This paper aims to prove that the linear temporal logic LTLu,sn, n-1(N) , which is an extension of t...
AbstractWe provide new correctness criteria for all fragments (multiplicative, exponential, additive...
The polymodal provability logic GLP was introduced by Japaridze in 1986. It is the provability logic...
AbstractLight, elementary and soft linear logics are formal systems derived from Linear Logic, enjoy...
Light, elementary and soft linear logics are formal systems derived from Linear Logic, enjoying rema...
Light, elementary and soft linear logics are formal systems derived from Linear Logic, enjoying rema...
Light, elementary and soft linear logics are formal systems derived from Linear Logic, enjoying rema...
AbstractLinear logic, introduced by Girard, is a refinement of classical logic with a natural, intri...
AbstractLinear logic is a resource-aware logic that is based on an analysis of the classical proof r...
AbstractLight, elementary and soft linear logics are formal systems derived from Linear Logic, enjoy...
AbstractThe multiplicative fragment of second order propositional linear logic is shown to be undeci...
AbstractThe multiplicative fragment of second order propositional linear logic is shown to be undeci...
AbstractLinear logic, introduced by Girard, is a refinement of classical logic with a natural, intri...
The polymodal provability logic GLP was introduced by Japaridze in 1986. It is the provability logic...
B stand for formulas. The connectives of propositional linear logic are: ffl the multiplicatives A ...
This paper aims to prove that the linear temporal logic LTLu,sn, n-1(N) , which is an extension of t...
AbstractWe provide new correctness criteria for all fragments (multiplicative, exponential, additive...
The polymodal provability logic GLP was introduced by Japaridze in 1986. It is the provability logic...
AbstractLight, elementary and soft linear logics are formal systems derived from Linear Logic, enjoy...
Light, elementary and soft linear logics are formal systems derived from Linear Logic, enjoying rema...
Light, elementary and soft linear logics are formal systems derived from Linear Logic, enjoying rema...
Light, elementary and soft linear logics are formal systems derived from Linear Logic, enjoying rema...
AbstractLinear logic, introduced by Girard, is a refinement of classical logic with a natural, intri...
AbstractLinear logic is a resource-aware logic that is based on an analysis of the classical proof r...
AbstractLight, elementary and soft linear logics are formal systems derived from Linear Logic, enjoy...
AbstractThe multiplicative fragment of second order propositional linear logic is shown to be undeci...
AbstractThe multiplicative fragment of second order propositional linear logic is shown to be undeci...
AbstractLinear logic, introduced by Girard, is a refinement of classical logic with a natural, intri...
The polymodal provability logic GLP was introduced by Japaridze in 1986. It is the provability logic...
B stand for formulas. The connectives of propositional linear logic are: ffl the multiplicatives A ...
This paper aims to prove that the linear temporal logic LTLu,sn, n-1(N) , which is an extension of t...
AbstractWe provide new correctness criteria for all fragments (multiplicative, exponential, additive...
The polymodal provability logic GLP was introduced by Japaridze in 1986. It is the provability logic...