ABSTRACT. Let X be a set and E a lattice of subsets ofX such that 0, X E. 4(E) is the algebra generated by 12, M(12) the set of nontrivial, finite, normegative, finitely additive measures on 4(12) and I() those elements of M(E) which just assume the values zero and one Various subsets of M(E) and I(E) are included which display smoothness and regularity properties. We consider several outer measures associated with dements of M(E) and relate their behavior to smoothness and regularity conditions as well as to various lattice topological properties In addition, their measurable sets are fully investigated. In the case of two lattices 121, E2 with 121 c 129., we present consequences of separation properties between the pair of lattices in ter...
AbstractA lattice space is defined to be an ordered pair whose first component is an arbitrary set X...
Outer measures are used to obtain measures that are maximal with respect to a normal lattice. Altern...
AbstractA lattice space is defined to be an ordered pair whose first component is an arbitrary set X...
Let X be an arbitrary non-empty set, and ℒ a lattice of subsets of X such that ∅, X∈ℒ. (ℒ) denotes t...
Zero-one measure characterizations of lattice properties such as normality are extended to more gene...
Let ν be a finite countably subadditive outer measure defined on all subsets of a set X, take a coll...
Abstract. Let ν be a finite countably subadditive outer measure defined on all subsets of a set X, t...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that ∅, X ∈ . Let (...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that ∅, X ∈ . Let (...
Outer and inner measures of a measure μ are defined and used to prove results involving them on a la...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that φ, X∈. () is t...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that φ, X∈. () is t...
In this paper, we investigate M(ℒ) in case ℒ is a normal lattice of subsets of X and we extend the r...
ABSTRACT. The present paper is mainly concerned with establishing conditions which.assure that all l...
The present paper is mainly concerned with establishing conditions which .assure that all lattice re...
AbstractA lattice space is defined to be an ordered pair whose first component is an arbitrary set X...
Outer measures are used to obtain measures that are maximal with respect to a normal lattice. Altern...
AbstractA lattice space is defined to be an ordered pair whose first component is an arbitrary set X...
Let X be an arbitrary non-empty set, and ℒ a lattice of subsets of X such that ∅, X∈ℒ. (ℒ) denotes t...
Zero-one measure characterizations of lattice properties such as normality are extended to more gene...
Let ν be a finite countably subadditive outer measure defined on all subsets of a set X, take a coll...
Abstract. Let ν be a finite countably subadditive outer measure defined on all subsets of a set X, t...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that ∅, X ∈ . Let (...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that ∅, X ∈ . Let (...
Outer and inner measures of a measure μ are defined and used to prove results involving them on a la...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that φ, X∈. () is t...
Abstract. Let X be an arbitrary nonempty set and a lattice of subsets of X such that φ, X∈. () is t...
In this paper, we investigate M(ℒ) in case ℒ is a normal lattice of subsets of X and we extend the r...
ABSTRACT. The present paper is mainly concerned with establishing conditions which.assure that all l...
The present paper is mainly concerned with establishing conditions which .assure that all lattice re...
AbstractA lattice space is defined to be an ordered pair whose first component is an arbitrary set X...
Outer measures are used to obtain measures that are maximal with respect to a normal lattice. Altern...
AbstractA lattice space is defined to be an ordered pair whose first component is an arbitrary set X...