Shortly after the seminal paper “Self-Organized Criticality: An explanation of 1/f noise” by
Bak et al.(1987), the idea has been applied to solar physics, in “Avalanches and the …

It has been suggested that the dynamics of the Earth's magnetotail may be described by the
stochastic behavior of a nonlinear dynamical system near forced and/or self-organized …

The near‐Earth neutral line (NENL) model of magnetospheric substorms is reviewed. The
observed phenomenology of substorms is discussed including the role of coupling with the …

Based on chaos theory two very important points are clear:(I) random looking aperiodic
behavior may be the product of determinism, and (2) nonlinear problems should be treated …

Suppose that a dynamical system has a chaotic attractor A with a correlation dimension D 2.
A common technique to probe the system is by measuring a single scalar function of the …

Chaotic experimental systems are often investigated using delay coordinates. Estimated
values of the correlation dimension in delay coordinate space typically increase with the …

The linear prediction filters computed by Bargatze et al.[1985] have resulted in a turning
point in the study of solar wind‐magnetosphere coupling. The evolution of the filters with …

It is demonstrated that nonlinear stochastic systems near criticality (including self-organized
criticality) will generally exhibit low-dimensional behavior. A connection is given between …

The prediction accuracy and generalization ability of neural/neurofuzzy models for chaotic
time series prediction highly depends on employed network model as well as learning …

Magnetospheric substorms represent the primary mode of energy circulation and topological
reconfiguration of the plasma environment in the Earth's vicinity. They occur when there is …