Chaos in brain function
The newly emerging field dealing with the analysis of chaotic attractors in the brain is covered in this volume. The contributions are written by pioneers in the field and span a wide spectrum of research ranging from invertebrate ganglia to human brain, to pathology and magnetoencephalography. The book specifically includes introductory remarks to this field, a survey of chaotic dynamics describing progress on evoked oscillations of the brain, both at the cellular and EEG levels, and an agenda for research on chaotic dynamics which points out necessary steps in the future.
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Chaotic Dynamics and Resonance Phenomena
Dimensional Analysis of the Waking
An Agenda for Research on Chaotic Dynamics
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Albano algorithm amplitude Ba$ar Basar behavior Berlin Heidelberg biological brain activity brain dynamics Bullock TH eds cat brain cells chaotic attractor chaotic dynamics cognitive processing convergence correlation dimension correlation dimension D2 cortex described deterministic chaos dimensional analysis dynamical systems Dynamics of sensory EEG activity EEG signal electrodes embedding dimension epileptic patients evaluation evoked potentials experimental field potentials filtered fractal dimension Freeman WJ frequency Grassberger and Procaccia Heidelberg New York hippocampus input limit cycle limit cycle attractor low-dimensional Lyapunov exponents Mayer-Kress measure mitral cells Mpitsos neural neurons Neurosci Nicolis noise nonlinear dynamics odor olfaction olfactory bulb oscillations phase portrait phase space plot power spectra random Rapp rhythms Roschke and Basar Rossler OE sampling saturation self-similar sensory and cognitive series in brain Skinner sleep slope Springer series strange attractor structure Synergetics tion trajectories value of D2 variables versus log volume waking stage