Klaus Lehnertz Jochen Arnhold Peter (1 results)

Hardcover. Condition: Near Fine. 1st Edition. Hardcover, x+370pp, NOT ex-library. Fine internally, free of inscriptions & stamps, firmly bound. Minor external shelfwear. Issued without a dust jacket. - Contents: Cortical Dynamics: Experiments & Models; Is Nonlinearity Evident in Time Series of Brain Electrical Activity; Controlling System Dynamics: Unstable Fixed Points; Phase Locking Detection from Noisy Data: Application to Magnetoencephalography; Dynamical Analysis: Clinical Practice; Rhythms of the Brain: Between Randomness & Determinism; Pre-Ictal Changes of the EEG Dynamics in Epileptic Patients; Spatio-Temporal Dynamics of Epileptogenic Networks; Pre-Ictal Changes & EEG Analyses within the Framework of Lyapunov Theory; Epilepsy: When Chaos Fails; Possible Clinical & Research Applications of Nonlinear EEG Analysis in Humans; Dynamics of EEG Signals: Petit-Mal Epileptic Seizures; Epileptic Dynamics in Neuromagnetic Signals: Spectral Analyses vs Characteristics of Correlation Function; Nonlinear Methods for Evoked Potential Analysis & Modeling; From Slow Potentials to Chaos: Processing in & Controlling the Brain; Deterministic Dynamics in Short Discrete Time Series; Linear & Nonlinear Structure in High-Dimensional, Spatially Extended Systems: Algorithm of Multichannel Nonlinear Cross Prediction; Non-Stationary Signals: Surrogate Data; Analysis of Fluctuating Data Sets of Diffusion Processes; Complications in Applying the Method of Surrogate Data to EEG; Spontaneous Synchronisation in Discrete Neural Network Model; Thalamo-Cortical Network Model: Patterns of Complexity & Coherent Oscillations; Non-Linear Coupling of Local Field Potentials Across Cortical Sites in Parvalbumin-Deficient Mice; Analytical Proof of Chaos in Single Neurons & Consequences; EEG-Detected Episodes of Low-Dimensional Self-Organized Cortical Activity & Problem of Chaos in the Brain; Correlation Dimension as a Method to Investigate Human REM-Sleep; Application of Non-Linear Analysis Technique to Monitoring of Anesthetic Effects in Rats; Detection of Determinism in EEG Time Series from Human Sleep by an Interspike Interval Approach; Detecting Spatio-Temporal Information Flow in the Cortex: Mutual Information Analysis of MEG Data; Evidence of Inverse Covariation Between Alpha Power & Correlation Dimension in Human Brain Dynamics; Correlation Sums from EEG Time Series: Depth of Anesthesia; Detection of Phase Synchronization in Human MEG Data; MEG-Recordings of Syllables Perception: Perturbations from Stable State in the Auditory Cortex; Measuring Changes in Cognitive Event Related Potentials; Fast Subdural Signals in Humans Show Task- & Event-Related Changes of Conventional & Novel Coupling Measures During Cognitive Processes; Brain Activity Detected by Complexity Measurements: Methodological Approach; Phase-Locking of Event-Related Alpha Oscillations; Nonlinear Filtering in Wavelet Domain: Application to Single Trial Analysis of Limbic P300 Potentials; Influence of the Power-Spectrum of the Pre-Stimulus EEG on the Consecutive Auditory Evoked Potential in Rats; Efficient ARMA Modeling of ECOG Data of Epileptic Patients During Pre-, Inter- & Ictal States; Characterization of Nonlinear Dynamics in the Scalp EEG of Epileptic Seizures; Use of Principal Component Analysis in the Analysis of Depth Recordings During Epileptic Seizures; Detecting Interdependences in Intracranial EEG Recordings of Epilepsy Patients; Linear & Nonlinear Analysis of EEG for Prediction of Epileptic Seizures; Sensitive Measures of Condition Change in EEG Data; Bursting Discharges in a Mathematical Model of the Neocortex; Nonlinear Deterministic Dynamics in Seizure Free EEG Epochs as an Indicator of the Epileptogenic Process: Comparison of Surrogate Methods; EEG Dimensional Complexity Mapping in Stroke; Nonlinear Dynamic in EEG of Schizophrenic Patients & Variation with Mental Task; Nonlinear Analysis of EEG Slow-Wave Activity During Sleep & Sleep Regulation Modeling; Correlation Dimension of Absence-Like Phenomena in EEGs of Rats.