AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the functorial properties of the Wallman compactification of a T1 -space. Steiner has introduced the Wallman-type compactifications of T1 -spaces endowed with separating bases. We introduce a definition of morphism between such spaces to obtain a category which we denote by wosep. We prove that the Wallman-type compactification on objects can be extended to a functor on wosep and that the compact objects give an epireflective subcategory of wosep
In the paper, we recall the Wallman compactication of a Tychonoff space T (denoted by Wall(T)) and t...
The existence and uniqueness of the maximal epsilon -compactification have been proved in the still ...
AbstractSome new results on relationships between cardinal invariants in compacta are obtained. We e...
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...
AbstractA space is a T1 topological space, and a w-extension of a map is an extension of it to a map...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
If X is a topological space and Y is a ring of closed sets, then a necessary and sufficient conditio...
AbstractThe Wallman compactification of a space X is one generated from a certain base of closed set...
Abstract. Wallman bases are frequently used in compactifica-tion processes of topological spaces. Ho...
AbstractA T1 space X is defined to be a WSM space provided that for any space Y between X and WX, an...
The Wallman ordered compactification ω0X of a topological ordered space X is T2-ordered (and hence e...
Abstract. In this paper we introduce GF-compactifications, which are compactifi-cations of GF-spaces...
AbstractA T1 space X is defined to be a WSM space provided that for any space Y between X and WX, an...
In the paper, we recall the Wallman compactication of a Tychonoff space T (denoted by Wall(T)) and t...
The existence and uniqueness of the maximal epsilon -compactification have been proved in the still ...
AbstractSome new results on relationships between cardinal invariants in compacta are obtained. We e...
AbstractThe purpose of this paper is to generalize the recent results of Harris concerning the funct...
AbstractA space is a T1 topological space, and a w-extension of a map is an extension of it to a map...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
Some new separation axioms are introduced and studied. We also deal with maps having an extension to...
If X is a topological space and Y is a ring of closed sets, then a necessary and sufficient conditio...
AbstractThe Wallman compactification of a space X is one generated from a certain base of closed set...
Abstract. Wallman bases are frequently used in compactifica-tion processes of topological spaces. Ho...
AbstractA T1 space X is defined to be a WSM space provided that for any space Y between X and WX, an...
The Wallman ordered compactification ω0X of a topological ordered space X is T2-ordered (and hence e...
Abstract. In this paper we introduce GF-compactifications, which are compactifi-cations of GF-spaces...
AbstractA T1 space X is defined to be a WSM space provided that for any space Y between X and WX, an...
In the paper, we recall the Wallman compactication of a Tychonoff space T (denoted by Wall(T)) and t...
The existence and uniqueness of the maximal epsilon -compactification have been proved in the still ...
AbstractSome new results on relationships between cardinal invariants in compacta are obtained. We e...