1990
DOI: 10.1016/0362-546x(90)90058-o
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Nonexpansive iterations in hyperbolic spaces

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Cited by 340 publications
(205 citation statements)
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“…(6) Substituting (6) in to (5), we obtain Hence we get lim n→∞ d(x n , T x n ) = 0. On the other hand, we see that…”
Section: Resultsmentioning
confidence: 99%
“…(6) Substituting (6) in to (5), we obtain Hence we get lim n→∞ d(x n , T x n ) = 0. On the other hand, we see that…”
Section: Resultsmentioning
confidence: 99%
“…This class of metric spaces in [15] covers all normed linear spaces, R-trees in the sense of Tits, the Hilbert ball with the hyperbolic metric (see [6]), Cartesian products of Hilbert balls, Hadamard manifolds (see [20]), and CAT(0) spaces in the sense of Gromov (see [4]). A thorough discussion of hyperbolic spaces and a detailed treatment of examples can be found in [15] (see also [5,6,20]). If x; y 2 X and k 2 ½0; 1; then we use the notation ð1 À kÞx È ky for Wðx; y; kÞ.…”
Section: Remark 22mentioning
confidence: 99%
“…A geodesic space (X, d) is Busemann convex (firstly introduced in [3] but also known by other authors as hyperbolic metric spaces [28]) if given any pair of geodesic paths c 1 :…”
Section: ])mentioning
confidence: 99%