AbstractLight, elementary and soft linear logics are formal systems derived from Linear Logic, enjoying remarkable normalization properties. In this paper, we prove decidability of Elementary Affine Logic, EAL. The result is obtained by semantical means, first defining a class of phase models for EAL and then proving soundness and (strong) completeness, following Okada's technique. Phase models for Light Affine Logic and Soft Linear Logic are also defined and shown complete
none2We define a denotational semantics for Light Affine Logic (LAL) which has the property that den...
AbstractWe give a natural extension of Girard's phase semantic completeness proof of the (first orde...
AbstractWe give a natural extension of Girard phase semantics of the linear logic [1] to the classic...
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...
AbstractLight linear logic (Girard, Inform. Comput. 14 (1998) 175–204) is a refinement of the propos...
AbstractThe propositional linear logic is known to be undecidable. In the current paper we prove tha...
AbstractLight linear logic [1] is a refinement of the propositions-as-types paradigm to polynomial-t...
AbstractWe give a natural extension of Girard's phase semantic completeness proof of the (first orde...
Light linear logic (LLL) was introduced by Girard as a logical system capturing the class of polytim...
AbstractLight linear logic (LLL) was introduced by Girard as a logical system capturing the class of...
none2We define a denotational semantics for Light Affine Logic (LAL) which has the property that den...
none2We define a denotational semantics for Light Affine Logic (LAL) which has the property that den...
none2We define a denotational semantics for Light Affine Logic (LAL) which has the property that den...
AbstractWe give a natural extension of Girard's phase semantic completeness proof of the (first orde...
AbstractWe give a natural extension of Girard phase semantics of the linear logic [1] to the classic...
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...
AbstractLight linear logic (Girard, Inform. Comput. 14 (1998) 175–204) is a refinement of the propos...
AbstractThe propositional linear logic is known to be undecidable. In the current paper we prove tha...
AbstractLight linear logic [1] is a refinement of the propositions-as-types paradigm to polynomial-t...
AbstractWe give a natural extension of Girard's phase semantic completeness proof of the (first orde...
Light linear logic (LLL) was introduced by Girard as a logical system capturing the class of polytim...
AbstractLight linear logic (LLL) was introduced by Girard as a logical system capturing the class of...
none2We define a denotational semantics for Light Affine Logic (LAL) which has the property that den...
none2We define a denotational semantics for Light Affine Logic (LAL) which has the property that den...
none2We define a denotational semantics for Light Affine Logic (LAL) which has the property that den...
AbstractWe give a natural extension of Girard's phase semantic completeness proof of the (first orde...
AbstractWe give a natural extension of Girard phase semantics of the linear logic [1] to the classic...