Abstract:The main aim of this paper is localization of the chain recurrent set in shape theoretical framework. Namely, using the intrinsic approach to shape from [1] we present a result which claims that under certain conditions the chain recurrent set preserves local shape properties. We proved this result in [2] using the notion of a proper covering. Here we give a new proof using the Lebesque number for a covering and verify this result by investigating the symbolical image of a couple of systems of differential equ… Show more
“…The proof of the above lemma is an appropriate adjustment of the proof of a lemma given in the paper [22]. In the following section we will give some insights to the question from [23]: "Is every shape equivalence f : M Ñ X a strong shape equivalence?…”
In this paper we will discuss a dynamical approach to an open problem from shape theory.
We will address the problem in compact metric spaces using the notion of Lebesgue number for a covering and the intrinsic approach to strong shape.
“…The proof of the above lemma is an appropriate adjustment of the proof of a lemma given in the paper [22]. In the following section we will give some insights to the question from [23]: "Is every shape equivalence f : M Ñ X a strong shape equivalence?…”
In this paper we will discuss a dynamical approach to an open problem from shape theory.
We will address the problem in compact metric spaces using the notion of Lebesgue number for a covering and the intrinsic approach to strong shape.
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