We study the bifurcation diagram of the Rössler system. It displays the various dynamical regimes of the system (stable or chaotic) when a parameter is varied. We choose a diagram that exhibits coexisting attractors and banded chaos. We use the topological characterization method to study these attractors. Then, we detail how the templates of these attractors are subtemplates of a unique template. Our main result is that only one template describes the topological structure of eight attractors. This leads to a topological partition of the bifurcation diagram that gives the symbolic dynamic of all bifurcation diagram attractors with a unique template
In this Ph.D. thesis we characterize the topology of chaotic attractors solution to set of different...
The dynamics of a ring of seven unidirectionally coupled nonlinear Duffing oscillators is studied. W...
In this dissertation a study is made of chaotic behaviour, the bifurcation sequences leading to chao...
The Rössler attractor is represented by the following set of ODEs: dx/dt=-(y+x); dy/dt=x+ay; dz/dt=b...
International audienceAsymmetric and symmetric chaotic attractors produced by the simplest jerk equi...
International audienceWhen a chaotic attractor is produced by a three-dimensional strongly dissipati...
International audienceTopological analysis of chaotic attractor by the mean of template is rather we...
International audienceDescribing the topological properties by a template is a powerful technique to...
In a recent paper Moroz [1] returned to a nonlinear three-dimensional model of dynamo action for a ...
There have been many different investigations of nonlinear dynamical systems. In this paper, we intr...
International audienceThe theory of homologies introduces cell complexes to provide an algebraic des...
Abstract. Almost all natural systems have certain nonlinear properties and display ergodic and chaot...
The main features and components of a new so-called bifurcation theory of nonlinear dynamics and cha...
This paper reports a new bifurcation pattern observed in a Lorenz-type system. The pattern is compos...
AbstractIn this paper, we show the combined use of analytical and numerical techniques in the study ...
In this Ph.D. thesis we characterize the topology of chaotic attractors solution to set of different...
The dynamics of a ring of seven unidirectionally coupled nonlinear Duffing oscillators is studied. W...
In this dissertation a study is made of chaotic behaviour, the bifurcation sequences leading to chao...
The Rössler attractor is represented by the following set of ODEs: dx/dt=-(y+x); dy/dt=x+ay; dz/dt=b...
International audienceAsymmetric and symmetric chaotic attractors produced by the simplest jerk equi...
International audienceWhen a chaotic attractor is produced by a three-dimensional strongly dissipati...
International audienceTopological analysis of chaotic attractor by the mean of template is rather we...
International audienceDescribing the topological properties by a template is a powerful technique to...
In a recent paper Moroz [1] returned to a nonlinear three-dimensional model of dynamo action for a ...
There have been many different investigations of nonlinear dynamical systems. In this paper, we intr...
International audienceThe theory of homologies introduces cell complexes to provide an algebraic des...
Abstract. Almost all natural systems have certain nonlinear properties and display ergodic and chaot...
The main features and components of a new so-called bifurcation theory of nonlinear dynamics and cha...
This paper reports a new bifurcation pattern observed in a Lorenz-type system. The pattern is compos...
AbstractIn this paper, we show the combined use of analytical and numerical techniques in the study ...
In this Ph.D. thesis we characterize the topology of chaotic attractors solution to set of different...
The dynamics of a ring of seven unidirectionally coupled nonlinear Duffing oscillators is studied. W...
In this dissertation a study is made of chaotic behaviour, the bifurcation sequences leading to chao...