Tabla de Contenidos:
  • Front Cover; Mass Action in the Nervous System: Examination of Neurophysiological Basis of Adaptive Behavior through the EEG; Copyright Page; Dedication; Table of Contents; Preface; Acknowledgments; Notation; Chapter 1. Topological Properties; 1.1. The Approach to Neural Masses; 1.2. Single Neurons; 1.3. Neural Masses; Chapter 2. Time-Dependent Properties; 2.1. Measurement of Neural Events; 2.2. Linear Models for Neural Membrane; 2.3. Linear Models for Parts of Neurons; 2.4. Linear Models for Neurons; 2.5. Linear Models for Neural Masses; Chapter 3. Amplitude-Dependent Properties.
  • 3.1. Nonlinear Models for Neural Membranes3.2. Nonlinear Models for Neurons and Parts of Neurons; 3.3. Nonlinear Models for Neural Masses; Chapter 4. Space-Dependent Properties; 4.1. Potential Fields of Single Neurons; 4.2. Potential Fields of Neural Masses; 4.3. Potential Fields in the Olfactory Bulb; 4.4. Potential Fields in the Prepyriform Cortex; 4.5. Divergence and Convergence in Neural Masses; Chapter 5. Interaction: Single Feedback Loops with Fixed Gain; 5.1. General Properties of Single Feedback Loops; 5.2. Reduction from the KI Level; 5.3. Reduction from the KII Level.
  • 5.4. Reduction from the KIll LevelChapter 6. Multiple Feedback Loops with Variable Gain; 6.1. Equilibrium States: Characteristic Frequency; 6.2. Limit Cycle States: Mechanisms of the EEG; Chapter 7. Signal Processing by Neural Mass Actions; 7.1. Behavioral Correlates of Wave Activity in KII Sets; 7.2. Transformations of Neural Signals by KII Sets; 7.3. Comments concerning Neocortical Mass Actions; References; Author Index; Subject Index.