Dynamic forecasting and mechanisms of volatility synchronization in complex financial systems. [PDF]
Li JC, Guo J, Ma R, Zhong G.
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Device-level nonlinearity and temporal memory in optoelectronic reservoir computing. [PDF]
Lee WW, Cho J, Hur J, Oh H, Yoo H.
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Neuromorphic robust framework for integrated estimation and control in dynamical systems using spiking neural networks. [PDF]
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Active Inference and Functional Parametrisation: Differential Flatness and Smooth Random Realisation. [PDF]
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Effect of a national mental health campaign on population mental resilience in the Netherlands: a retrospective longitudinal cohort analysis using a dynamical systems perspective. [PDF]
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Dynamics of computational waveform: A study of bifurcation, chaos, and sensitivity analysis. [PDF]
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Analysis of chaotic multi-variate time-series from spatio-temporal dynamical systems
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A not trivial problem for every experimental time series associated to a natural system is to individuate the significant variables to describe the dynamics, i.e., the effective degrees of freedom. The application of independent component analysis (ICA) has provided interesting results in this direction, e.g., in the seismological and atmospheric field.
CIARAMELLA A. +4 more
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Wasserstein distances in the analysis of time series and dynamical systems
Physica D: Nonlinear Phenomena, 2011The concept of transportation distance between attractors in dynamical systems allows one to express how closely the long-term behaviour of two given systems resemble each other. This is a particular example of a Wasserstein distance between probability measures.
Muskulus, Michael, Verduyn Lunel, Sjoerd
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