Synchronization measure based on a geometric approach to attractor embedding using finite observation windows
I Timofejeva, K Poskuviene, M Cao, M Ragulskis - Complexity, 2018 - Wiley Online Library
A simple and effective algorithm for the identification of optimal time delays based on the
geometrical properties of the embedded attractor is presented in this paper. A time series …
geometrical properties of the embedded attractor is presented in this paper. A time series …
Non-uniform attractor embedding for time series forecasting by fuzzy inference systems
M Ragulskis, K Lukoseviciute - Neurocomputing, 2009 - Elsevier
A new method for identification of an optimal set of time lags based on non-uniform attractor
embedding from the observed non-linear time series is proposed in this paper. Simple …
embedding from the observed non-linear time series is proposed in this paper. Simple …
Selection of embedding dimension and delay time in phase space reconstruction via symbolic dynamics
M Matilla-García, I Morales, JM Rodríguez… - Entropy, 2021 - mdpi.com
The modeling and prediction of chaotic time series require proper reconstruction of the state
space from the available data in order to successfully estimate invariant properties of the …
space from the available data in order to successfully estimate invariant properties of the …
Some Aspects of Chaotic Time Series Analysis
We address two aspects in chaotic time series analysis, namely the definition of embedding
parameters and the largest Lyapunov exponent. It is necessary for performing state space …
parameters and the largest Lyapunov exponent. It is necessary for performing state space …
Some Time-Delay Finding Measures and Attractor Reconstruction
Topologically equivalent attractor reconstruction is one of the major issues in nonlinear
analysis. This is because of the fact that the underlying dynamical model of some nonlinear …
analysis. This is because of the fact that the underlying dynamical model of some nonlinear …
Identifying phase synchronous regimes in non-coherent and multiple scroll attractor systems
This work discusses the applicability of a method for phase determination of scalar time
series from nonlinear systems. We apply the method to detect phase synchronization in …
series from nonlinear systems. We apply the method to detect phase synchronization in …
Model based method for estimating an attractor dimension from uni/multivariate chaotic time series with application to Bremen climatic dynamics
M Ataei, B Lohmann, A Khaki-Sedigh, C Lucas - Chaos, Solitons & Fractals, 2004 - Elsevier
In this paper, a method for estimating an attractor embedding dimension based on
polynomial models and its application in investigating the dimension of Bremen climatic …
polynomial models and its application in investigating the dimension of Bremen climatic …
State space reconstruction from multiple time series
I Vlachos, D Kugiumtzis - Topics on Chaotic Systems: Selected …, 2009 - World Scientific
In the non-linear analysis of scalar time series the common practice is to reconstruct the
state space using time-delay embedding. When there are more than one observed …
state space using time-delay embedding. When there are more than one observed …
Attractor reconstruction for non-linear systems: a methodological note
JM Nichols, JD Nichols - Mathematical Biosciences, 2001 - Elsevier
Attractor reconstruction is an important step in the process of making predictions for non-
linear time-series and in the computation of certain invariant quantities used to characterize …
linear time-series and in the computation of certain invariant quantities used to characterize …
Detection of lag synchronization based on matrices of delayed differences
R Smidtaite, L Saunoriene, M Ragulskis - Communications in Nonlinear …, 2023 - Elsevier
The algorithm for the detection of lag synchronization from time series data is presented in
this paper. Multi-variate time series data are re-organized into a sequence of perfect …
this paper. Multi-variate time series data are re-organized into a sequence of perfect …