AbstractA homeomorphism h:X→X is expansive provided that there exists a constant c>0 and for every x,y∈X there exists an integer n, dependent only on x and y, such that d(hn(x),hn(y))>c. It is shown that if X is a 1-dimensional continuum that separates the plane into 2 pieces, then h cannot be expansive
In this paper, we show that the C1 interior of the set of all continuum-wise expansive diffeomorphis...
We exploit the techniques developed in [Le] to study N-expansive homeomorphisms on surfaces. We prov...
We exploit the techniques developed in [Le] to study N-expansive homeomorphisms on surfaces. We prov...
AbstractA homeomorphism h:X→X is expansive provided that there exists a constant c>0 and for every x...
Abstract. A homeomorphism h: X − → X is expansive provided that for some fixed c> 0 and every x, ...
Abstract. A homeomorphism h: X → X is called expansive provided that for some fixed c> 0 and ever...
Abstract. A homeomorphism h : X → X is called expansive provided that for some fixed c > 0 and ev...
AbstractA continuum X is k-cyclic if given any ε>0, there is a finite open cover U of X such that me...
AbstractIn our previous paper, we introduced the notion of continuum-wise expansive homeomorphisms w...
AbstractIn this paper, we study expansive homeomorphisms from a point of view of continuum theory
AbstractIt is well known that if X is one of an arc, a circle or a disk, X does not admit an expansi...
Abstract. A homeomorphism h: X → X is called expan-sive provided that for some fixed c> 0 and eve...
Abstract. A homeomorphism h: X − → X of a compactum X is expansive provided that for some fixed c>...
AbstractA homeomorphism f:X→X of a compactum X with metric d is expansive if there is c>0 such that ...
AbstractA homeomorphism f: X → X of a metric space X with metric d is expansive if there is c > 0 su...
In this paper, we show that the C1 interior of the set of all continuum-wise expansive diffeomorphis...
We exploit the techniques developed in [Le] to study N-expansive homeomorphisms on surfaces. We prov...
We exploit the techniques developed in [Le] to study N-expansive homeomorphisms on surfaces. We prov...
AbstractA homeomorphism h:X→X is expansive provided that there exists a constant c>0 and for every x...
Abstract. A homeomorphism h: X − → X is expansive provided that for some fixed c> 0 and every x, ...
Abstract. A homeomorphism h: X → X is called expansive provided that for some fixed c> 0 and ever...
Abstract. A homeomorphism h : X → X is called expansive provided that for some fixed c > 0 and ev...
AbstractA continuum X is k-cyclic if given any ε>0, there is a finite open cover U of X such that me...
AbstractIn our previous paper, we introduced the notion of continuum-wise expansive homeomorphisms w...
AbstractIn this paper, we study expansive homeomorphisms from a point of view of continuum theory
AbstractIt is well known that if X is one of an arc, a circle or a disk, X does not admit an expansi...
Abstract. A homeomorphism h: X → X is called expan-sive provided that for some fixed c> 0 and eve...
Abstract. A homeomorphism h: X − → X of a compactum X is expansive provided that for some fixed c>...
AbstractA homeomorphism f:X→X of a compactum X with metric d is expansive if there is c>0 such that ...
AbstractA homeomorphism f: X → X of a metric space X with metric d is expansive if there is c > 0 su...
In this paper, we show that the C1 interior of the set of all continuum-wise expansive diffeomorphis...
We exploit the techniques developed in [Le] to study N-expansive homeomorphisms on surfaces. We prov...
We exploit the techniques developed in [Le] to study N-expansive homeomorphisms on surfaces. We prov...
DOI
Add to ORKG