AbstractIn [Trans. Amer. Math. Soc. 348 (4) (1996)], Blokh et al., studied the space of the ω-limit sets W(f), produced by a continuous map on I=[0,1], and established that endowed with the Hausdorff metric topology on I, this space is compact. For general continuous maps on I2, we show that this space is not compact and for maps whose W(F) is included in a fiber of I2, we present examples of both types: holding and not holding the property of being compact
AbstractBy a result of A.V. Arhangel'skiǐ and E.G. Pytkeiev, the space C(X) of the continuous real f...
AbstractLet H0(X) (H(X)) denote the set of all (nonempty) closed subsets of X endowed with the Vieto...
We investigate the notion of the special α-limit set of a point. For a continuous selfmap of a comp...
AbstractEilenberg proved that if a compact space X admits a zero-dimensional map f:X→Y, where Y is m...
AbstractGiven a metrizable compact topological n-manifold X with boundary and a finite positive Bore...
AbstractIt is known that the Stone–Čech compactification βX of a noncompact metrizable space X is ap...
AbstractIt is well known that for dynamical systems generated by continuous maps of a graph, the cen...
AbstractIn this paper we give a topological characterization of ω-limit sets in hereditarily locally...
Let (X, d) be a metric space and CL(X) the family of all nonempty closed subsets of X. We provide a ...
AbstractLet X be a Tychonoff space, Y a metrizable space and C(X,Y) be the space of continuous funct...
Given a locally compact, Hausdorff space, χ, there are several ways to compactify it. We examine two...
AbstractFor every compact metrizable space X there is a metrizable compactification μ(X) of ω whose ...
AbstractWithin the framework of Zermelo–Fraenkel set theory ZF, we investigate the set-theoretical s...
AbstractLet X be a separable metric space, μ a complete Borel measure on X that is finite on balls, ...
AbstractFor a Tychonoff space X, we use ↓USC(X) and ↓C(X) to denote the families of the regions belo...
AbstractBy a result of A.V. Arhangel'skiǐ and E.G. Pytkeiev, the space C(X) of the continuous real f...
AbstractLet H0(X) (H(X)) denote the set of all (nonempty) closed subsets of X endowed with the Vieto...
We investigate the notion of the special α-limit set of a point. For a continuous selfmap of a comp...
AbstractEilenberg proved that if a compact space X admits a zero-dimensional map f:X→Y, where Y is m...
AbstractGiven a metrizable compact topological n-manifold X with boundary and a finite positive Bore...
AbstractIt is known that the Stone–Čech compactification βX of a noncompact metrizable space X is ap...
AbstractIt is well known that for dynamical systems generated by continuous maps of a graph, the cen...
AbstractIn this paper we give a topological characterization of ω-limit sets in hereditarily locally...
Let (X, d) be a metric space and CL(X) the family of all nonempty closed subsets of X. We provide a ...
AbstractLet X be a Tychonoff space, Y a metrizable space and C(X,Y) be the space of continuous funct...
Given a locally compact, Hausdorff space, χ, there are several ways to compactify it. We examine two...
AbstractFor every compact metrizable space X there is a metrizable compactification μ(X) of ω whose ...
AbstractWithin the framework of Zermelo–Fraenkel set theory ZF, we investigate the set-theoretical s...
AbstractLet X be a separable metric space, μ a complete Borel measure on X that is finite on balls, ...
AbstractFor a Tychonoff space X, we use ↓USC(X) and ↓C(X) to denote the families of the regions belo...
AbstractBy a result of A.V. Arhangel'skiǐ and E.G. Pytkeiev, the space C(X) of the continuous real f...
AbstractLet H0(X) (H(X)) denote the set of all (nonempty) closed subsets of X endowed with the Vieto...
We investigate the notion of the special α-limit set of a point. For a continuous selfmap of a comp...