Research on quasi-weakly almost periodic point
Yingcui Zhao, Lidong Wang
Dongguan University of Technology University of Science and Technology Zhuhai Institute of Advanced Technology
内容与影响
We study sensitivities and shadowing property of two binary sub-shifts. We show that the first one is collectively sensitive, multi-sensitive and thickly syndetically sensitive but not Li–Yorke sensitive or cofinite sensitive or chain mixing, while the second one is not only collectively sensitive, multi-sensitive and thickly syndetically sensitive but also Li–Yorke sensitive and cofinite sensitive. Neither those two binary sub-shifts have shadowing property. These results suggest that there are differences and also similarities between these two sub-shifts. Also, these results show Devaney chaos + Kato chaos + thickly syndetic sensitivity + multi-sensitivity + collective sensitivity doesn't imply any one of Li–Yorke sensitivity, cofinite sensitivity, weakly mixing or chain mixing, and exact doesn't imply shadowing property.
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计算机 / AIMathematical Dynamics and Fractals
Chaos control and synchronization · Quantum chaos and dynamical systems
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