Let X denote a compact metric space and let f : X→X be a continuous map. It is known that a discrete dynamical system (X,f) naturally induces its fuzzified counterpart, that is, a discrete dynamical system on the space of fuzzy compact subsets of X. In 2011, a new generalized form of Zadeh’s extension principle, so-called g-fuzzification, had been introduced by Kupka 2011. In this paper, we study the relations between Martelli’s chaotic properties of the original and g-fuzzified system. More specifically, we study the transitivity, sensitivity, and stability of the orbits in system (X,f) and its connections with the same ones in its g-fuzzified system
The theory of chaotic discrete dynamical systems generated by continuous maps of a compact metric sp...
Abstract – In this paper the concepts of fuzzifying β − irresolute functions and fuzzifying β − comp...
AbstractIn this paper, inspired by some results in linear dynamics, we will show that every dynamica...
Letting (X,d) be a metric space, f:X→X a continuous map, and (ℱ(X),D) the space of nonempty fuzzy co...
Let X be a compact metric space and a continuous map f:X→X which defines a discrete dynamical system...
[EN] Let X be a compact metric space and a continuous map f:X-->X which defines a discrete dynamical...
[EN] Given a continuous map f : X -> X on a metric space, it induces the maps f over bar :K(X) -> K(...
[EN] Let X be a compact metric space and a continuous map f:X-->X which defines a discrete dynamical...
We show a relationship between a very simple criterion, positive topological entropy and Li-Yorke ch...
The area of dynamical systems where one investigates dynamical properties that can be described in t...
To fuzzify the crisp functions, the extension principle has been widely used for performing this fuz...
A fuzzy dynamical system on an underlying complete, locally compact metric state space X is defined ...
To fuzzify the crisp functions, the extension principle has been widely used for performing this fuz...
AbstractWe introduce domain theory in dynamical systems, iterated function systems (fractals), and m...
AbstractWe introduce domain theory in dynamical systems, iterated function systems (fractals), and m...
The theory of chaotic discrete dynamical systems generated by continuous maps of a compact metric sp...
Abstract – In this paper the concepts of fuzzifying β − irresolute functions and fuzzifying β − comp...
AbstractIn this paper, inspired by some results in linear dynamics, we will show that every dynamica...
Letting (X,d) be a metric space, f:X→X a continuous map, and (ℱ(X),D) the space of nonempty fuzzy co...
Let X be a compact metric space and a continuous map f:X→X which defines a discrete dynamical system...
[EN] Let X be a compact metric space and a continuous map f:X-->X which defines a discrete dynamical...
[EN] Given a continuous map f : X -> X on a metric space, it induces the maps f over bar :K(X) -> K(...
[EN] Let X be a compact metric space and a continuous map f:X-->X which defines a discrete dynamical...
We show a relationship between a very simple criterion, positive topological entropy and Li-Yorke ch...
The area of dynamical systems where one investigates dynamical properties that can be described in t...
To fuzzify the crisp functions, the extension principle has been widely used for performing this fuz...
A fuzzy dynamical system on an underlying complete, locally compact metric state space X is defined ...
To fuzzify the crisp functions, the extension principle has been widely used for performing this fuz...
AbstractWe introduce domain theory in dynamical systems, iterated function systems (fractals), and m...
AbstractWe introduce domain theory in dynamical systems, iterated function systems (fractals), and m...
The theory of chaotic discrete dynamical systems generated by continuous maps of a compact metric sp...
Abstract – In this paper the concepts of fuzzifying β − irresolute functions and fuzzifying β − comp...
AbstractIn this paper, inspired by some results in linear dynamics, we will show that every dynamica...