SUPER-BOOLEAN FUNCTIONS AND FREE BOOLEAN QUASILATTICES
Yuri Movsisyan, Vahagn Aslanyan
Abstract
Yuri Movsisyan, Vahagn Aslanyan
Abstract
A Boolean quasilattice is an algebra with hyperidentities of the variety of Boolean algebras. In this paper, we give a functional representation of the free n-generated Boolean quasilattice with two binary, one unary and two nullary operations. Namely, we define the concept of super-Boolean function and prove that the free Boolean quasilattice with two binary, one unary and two nullary operations on n free generators is isomorphic to the Boolean quasilattice of super-Boolean functions of n variables.
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A Boolean quasilattice is an algebra with hyperidentities of the variety of Boolean algebras. In this paper, we give a functional representation of the free n-generated Boolean quasilattice with two binary, one unary and two nullary operations. Namely, we define the concept of super-Boolean function and prove that the free Boolean quasilattice with two binary, one unary and two nullary operations on n free generators is isomorphic to the Boolean quasilattice of super-Boolean functions of n variables.
Key concepts: Unary operation, Parity function, Two-element Boolean algebra, Boolean function, Complete Boolean algebra, Product term, Boolean expression, Stone's representation theorem for Boolean algebras