AbstractIn this work we shall give a characterization of the Hilbert algebras given by the order and we will prove a duality for finite Hilbert algebras by means of finite ordered sets endowed with a distinguished set of subsets. We will also study the case when the finite Hilbert algebras are join-semilattices or meet-semilattices relative to the natural order defined by the implication. Finally we will prove that Hilbert do not admit a natural duality
Distributive Hilbert algebras with infimum, or DH^-algebras for short, are algebras with implication...
AbstractThe paper presents general machinery for extending a duality between complete, cocomplete ca...
We look at non-dualisable {0, 1}-valued finite unary algebras with 0 where meet is defined on the al...
AbstractIn this work we shall give a characterization of the Hilbert algebras given by the order and...
summary:We modify slightly the definition of $H$-partial functions given by Celani and Montangie (20...
Abstract. While every finite lattice-based algebra is dualisable, the same is not true of semilattic...
We extract the abstract core of finite homomorphism dualities using the techniques of Heyting algebr...
We introduce the variety of Hilbert algebras with a modal operator , called H-algebras. The variety ...
We address the problem of proving that a finite algebraM is dualizable, or strongly dualizable, in t...
AbstractWe investigate ways in which certain binary homomorphisms of a finite algebra can guarantee ...
Generalized Esakia spaces are the topological duals of bounded implicative semilattices in the duali...
AbstractWe give an example of a finite algebra which is dualizable but not fully dualizable in the s...
In this paper we study the structure of finitely presented Heytingalgebras. Using algebraic techniqu...
summary:The paper shows that commutative Hilbert algebras introduced by Y. B. Jun are just J. C. Abb...
AbstractThe purpose of this note is to prove the duality of several pairs of categories of complete ...
Distributive Hilbert algebras with infimum, or DH^-algebras for short, are algebras with implication...
AbstractThe paper presents general machinery for extending a duality between complete, cocomplete ca...
We look at non-dualisable {0, 1}-valued finite unary algebras with 0 where meet is defined on the al...
AbstractIn this work we shall give a characterization of the Hilbert algebras given by the order and...
summary:We modify slightly the definition of $H$-partial functions given by Celani and Montangie (20...
Abstract. While every finite lattice-based algebra is dualisable, the same is not true of semilattic...
We extract the abstract core of finite homomorphism dualities using the techniques of Heyting algebr...
We introduce the variety of Hilbert algebras with a modal operator , called H-algebras. The variety ...
We address the problem of proving that a finite algebraM is dualizable, or strongly dualizable, in t...
AbstractWe investigate ways in which certain binary homomorphisms of a finite algebra can guarantee ...
Generalized Esakia spaces are the topological duals of bounded implicative semilattices in the duali...
AbstractWe give an example of a finite algebra which is dualizable but not fully dualizable in the s...
In this paper we study the structure of finitely presented Heytingalgebras. Using algebraic techniqu...
summary:The paper shows that commutative Hilbert algebras introduced by Y. B. Jun are just J. C. Abb...
AbstractThe purpose of this note is to prove the duality of several pairs of categories of complete ...
Distributive Hilbert algebras with infimum, or DH^-algebras for short, are algebras with implication...
AbstractThe paper presents general machinery for extending a duality between complete, cocomplete ca...
We look at non-dualisable {0, 1}-valued finite unary algebras with 0 where meet is defined on the al...