Several applications of the adjoining cell mapping technique are provided here by employing the adaptive mapping unraveling algorithm to analyze smooth and pathological autonomous dynamical systems. The performance of an implementation of recursive unraveling algorithm is also illustrated regarding its low memory requirements for computa- tional purposes when compared with the simple cell mapping method. The applications considered here illustrate the effectiveness of the adjoining cell mapping technique in its ability to determine limit cycles and to unravel nonstandard dynamics. The advantages of this new technique of global analysis over the simple cell mapping method are discussed
A novel approach to the determination of the neighbourhood and the identification of spatio-temporal...
Discontinuities are a common feature of physical models in engineering and biological systems, e.g. ...
Abstract — We describe in this paper a new approach to the identification of the nonchaotic (regular...
Several applications of the adjoining cell mapping technique are provided here by employing the adap...
A new type of cell mapping, referred to as an adjoining cell mapping, is developed in this paper for...
The Cell Mapping method is a robust tool for investigating nonlinear dynamic systems. It is capable ...
W.F.W. nr. 92.113 In this report, an introduction is given on the method of cell mapping, a tool for...
Abstract When a dynamical system has a complex structure of fixed points, periodic cycles or even ch...
Abstract. In the study of nonlinear dynamic systems, the influence of system parameters onthe long t...
AbstractA variant of C. S. Hsu's cell-to-cell mapping method for nonlinear systems is proposed to co...
Chaotic itinerancy is a complex phenomenon in high-dimensional dynamic systems, by which an orbit su...
Based on dynamical systems theory, a computational method is proposed to locate all the roots of a ...
AbstractThis paper first analyzes the features of two classes of numerical methods for global analys...
Long-term global analysis of lower-dimensional systems can be performed by in a computationally effi...
An unstructured adaptive mesh refinement (AMR) method is used in conjunction with the cell-to-cell m...
A novel approach to the determination of the neighbourhood and the identification of spatio-temporal...
Discontinuities are a common feature of physical models in engineering and biological systems, e.g. ...
Abstract — We describe in this paper a new approach to the identification of the nonchaotic (regular...
Several applications of the adjoining cell mapping technique are provided here by employing the adap...
A new type of cell mapping, referred to as an adjoining cell mapping, is developed in this paper for...
The Cell Mapping method is a robust tool for investigating nonlinear dynamic systems. It is capable ...
W.F.W. nr. 92.113 In this report, an introduction is given on the method of cell mapping, a tool for...
Abstract When a dynamical system has a complex structure of fixed points, periodic cycles or even ch...
Abstract. In the study of nonlinear dynamic systems, the influence of system parameters onthe long t...
AbstractA variant of C. S. Hsu's cell-to-cell mapping method for nonlinear systems is proposed to co...
Chaotic itinerancy is a complex phenomenon in high-dimensional dynamic systems, by which an orbit su...
Based on dynamical systems theory, a computational method is proposed to locate all the roots of a ...
AbstractThis paper first analyzes the features of two classes of numerical methods for global analys...
Long-term global analysis of lower-dimensional systems can be performed by in a computationally effi...
An unstructured adaptive mesh refinement (AMR) method is used in conjunction with the cell-to-cell m...
A novel approach to the determination of the neighbourhood and the identification of spatio-temporal...
Discontinuities are a common feature of physical models in engineering and biological systems, e.g. ...
Abstract — We describe in this paper a new approach to the identification of the nonchaotic (regular...