[EN] We prove that the hyperspace of closed bounded sets with the Hausdor_ topology, over an almost convex metric space, is an absolute retract. Dense subspaces of normed linear spaces are examples of, not necessarily connected, almost convex metric spaces. We give some necessary conditions for the path-wise connectedness of the Hausdorff metric topology on closed bounded sets. Finally, we describe properties of a separable metric space, under which its hyperspace with the Wijsman topology is path-wise connected.The research was supported by KBN Grant No. 5P03A04420Constantini, C.; Kubís, W. (2003). Paths in hyperspaces. Applied General Topology. 4(2):377-390. doi:10.4995/agt.2003.2040.SWORD3773904
Abstract. Let X be a separable metric space. By CldW (X), we de-note the hyperspace of non-empty clo...
AbstractIn 1939 M. Wojdysławski showed that a continuum X is locally connected if and only if for ea...
AbstractLet X be a separable metric space. By CldW(X), we denote the hyperspace of non-empty closed ...
[EN] We prove that the hyperspace of closed bounded sets with the Hausdor_ topology, over an almost ...
Abstract. We characterize metric spaces X whose hyperspaces 2X or Bd(X) of non-empty closed (bounded...
Abstract. It is shown that the hyperspace of nonempty (bounded) closed subsets CldH(X) (BddH(X)) of ...
XFor X a metric continuum, let 2 be the hyperspace of all nonempty subcompacta, with the Hausdorff m...
In this paper we study properties of metric spaces. We consider the collection of all nonempty close...
AbstractWe show that the hyperspace F(X) of all nonempty finite subsets of a metric space X, topolog...
Abstract—For a Hausdorff space X, we denote by 2X the collection of all closed subsets of X. In this...
AbstractWe characterize complete metric absolute (neighborhood) retracts in terms of existence of ce...
summary:Let $X$ be a continuum and $n$ a positive integer. Let $C_n(X)$ be the hyperspace of all non...
AbstractWe prove that: 1.(1) A metric continuum X is T-admissible if and only if the admissible fibe...
AbstractIn this paper we will prove that, for an arbitrary metric space X and a fairly arbitrary col...
Abstract. Let BdH( m) be the hyperspace of nonempty bounded closed subsets of Euclidean space m endo...
Abstract. Let X be a separable metric space. By CldW (X), we de-note the hyperspace of non-empty clo...
AbstractIn 1939 M. Wojdysławski showed that a continuum X is locally connected if and only if for ea...
AbstractLet X be a separable metric space. By CldW(X), we denote the hyperspace of non-empty closed ...
[EN] We prove that the hyperspace of closed bounded sets with the Hausdor_ topology, over an almost ...
Abstract. We characterize metric spaces X whose hyperspaces 2X or Bd(X) of non-empty closed (bounded...
Abstract. It is shown that the hyperspace of nonempty (bounded) closed subsets CldH(X) (BddH(X)) of ...
XFor X a metric continuum, let 2 be the hyperspace of all nonempty subcompacta, with the Hausdorff m...
In this paper we study properties of metric spaces. We consider the collection of all nonempty close...
AbstractWe show that the hyperspace F(X) of all nonempty finite subsets of a metric space X, topolog...
Abstract—For a Hausdorff space X, we denote by 2X the collection of all closed subsets of X. In this...
AbstractWe characterize complete metric absolute (neighborhood) retracts in terms of existence of ce...
summary:Let $X$ be a continuum and $n$ a positive integer. Let $C_n(X)$ be the hyperspace of all non...
AbstractWe prove that: 1.(1) A metric continuum X is T-admissible if and only if the admissible fibe...
AbstractIn this paper we will prove that, for an arbitrary metric space X and a fairly arbitrary col...
Abstract. Let BdH( m) be the hyperspace of nonempty bounded closed subsets of Euclidean space m endo...
Abstract. Let X be a separable metric space. By CldW (X), we de-note the hyperspace of non-empty clo...
AbstractIn 1939 M. Wojdysławski showed that a continuum X is locally connected if and only if for ea...
AbstractLet X be a separable metric space. By CldW(X), we denote the hyperspace of non-empty closed ...