详细信息
文献类型:期刊文献
中文题名:渐近跟踪性及其应用(英文)
英文题名:The Asymptotic Average Shadowing Property and Its Applications
作者:黎日松[1]
机构:[1]School of Science, Guangdong Ocean University
年份:2011
卷号:26
期号:4
起止页码:535
中文期刊名:数学季刊:英文版
外文期刊名:Chinese Quarterly Journal of Mathematics
收录:CSTPCD、、CSCD2011_2012、CSCD
基金:Supported by the NSF of Guangdong Province(10452408801004217);Supported by the Key Scientific and Technological Research Project of Science and Technology Department of Zhanjiang City(2010C3112005)
语种:中文
中文关键词:the POTP;the AASP;chain transitive;topologically transitive;topologically weakly mixing
外文关键词:the POTP the AASP chain transitive topologically transitive topologically weakly mixing
中文摘要:Let (X, d) be a bounded metric space and f : X → X be a uniformly continuous surjection. For a given dynamical system (X, f) which may not be compact, we investigate the relation between the asymptotic average shadowing property(AASP), transitivity and mixing. If f has the AASP, then the following statements hold: (1) f n is chain transitive for every positive integer n; (2) If X is compact and f is an expansive homeomorphism, then f is topologically weakly mixing; (3) If f is equicontinuous, then f is topologically weakly mixing; (4) If X is compact and f is equicontinuous, then f ×f is a minimal homeomorphism. We also show that the one-sided shift map has the AASP and the identity map 1 X does not have the AASP. Furthermore, as its applications, some examples are given.
外文摘要:Let (X, d) be a bounded metric space and f : X → X be a uniformly continuous surjection. For a given dynamical system (X, f) which may not be compact, we investigate the relation between the asymptotic average shadowing property(AASP), transitivity and mixing. If f has the AASP, then the following statements hold: (1) f n is chain transitive for every positive integer n; (2) If X is compact and f is an expansive homeomorphism, then f is topologically weakly mixing; (3) If f is equicontinuous, then f is topologically weakly mixing; (4) If X is compact and f is equicontinuous, then f ×f is a minimal homeomorphism. We also show that the one-sided shift map has the AASP and the identity map 1 X does not have the AASP. Furthermore, as its applications, some examples are given.
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