Abstract. We describe a theoretical formalism for the dimensional analysis of arbitrary stationary time series. We use this setting to study which properties are to be satised by a dimension concept in order to discern chaotic time series from white noise. In particular it follows that correlation dimensions can dis-criminate chaotic time series from white noise processes with L 1 {marginals, but not from arbitrary white noise. We also justify how the dimensional anal-ysis can be put in practice using standard delay-embedding methods. 1
We introduce the basic concepts and methods to formalize and analyze deterministic chaos, with links...
We show in detail how methods of time series analysis such as dimension and entropy estimates suppor...
The correlation coefficient vs. prediction time profile has been widely used to distinguish chaos fr...
publisher[Abstract] For the construction of standard scales in the determination of fractal dimensio...
This paper is concerned with estimating the correlation dimension from chaotic time series. First, w...
This paper is concerned with estimating the correlation dimension from chaotic time series. First, w...
The success of current attempts to distinguish between low-dimensional chaos and random behavior in ...
The success of current attempts to distinguish between low-dimensional chaos and random behavior in ...
When studying a physical phenomenon experimentally following the evolution of time, we measured and ...
We present an adaptation of the standard Grassberger-Proccacia (GP) algorithm for estimating the cor...
In this study, the correlation sum and the correlation integral for chaotic time series using the Su...
A method for detecting the dimension of a dynamical system encompassing simultaneously two distinct ...
In this paper we propose a novel method for obtaining standard errors and confidence intervals for t...
Using Gaussian kernels to define the correlation sum we derive simple formulas that correct the nois...
In this paper we propose a novel method for obtaining standard errors and confidence intervals for t...
We introduce the basic concepts and methods to formalize and analyze deterministic chaos, with links...
We show in detail how methods of time series analysis such as dimension and entropy estimates suppor...
The correlation coefficient vs. prediction time profile has been widely used to distinguish chaos fr...
publisher[Abstract] For the construction of standard scales in the determination of fractal dimensio...
This paper is concerned with estimating the correlation dimension from chaotic time series. First, w...
This paper is concerned with estimating the correlation dimension from chaotic time series. First, w...
The success of current attempts to distinguish between low-dimensional chaos and random behavior in ...
The success of current attempts to distinguish between low-dimensional chaos and random behavior in ...
When studying a physical phenomenon experimentally following the evolution of time, we measured and ...
We present an adaptation of the standard Grassberger-Proccacia (GP) algorithm for estimating the cor...
In this study, the correlation sum and the correlation integral for chaotic time series using the Su...
A method for detecting the dimension of a dynamical system encompassing simultaneously two distinct ...
In this paper we propose a novel method for obtaining standard errors and confidence intervals for t...
Using Gaussian kernels to define the correlation sum we derive simple formulas that correct the nois...
In this paper we propose a novel method for obtaining standard errors and confidence intervals for t...
We introduce the basic concepts and methods to formalize and analyze deterministic chaos, with links...
We show in detail how methods of time series analysis such as dimension and entropy estimates suppor...
The correlation coefficient vs. prediction time profile has been widely used to distinguish chaos fr...