Rosenblatt F. Principles of neurodynamics: Perceptions and the theory of brain mechanism

Rosenblatt F. Principles of neurodynamics: Perceptions and the theory of brain mechanism.
Washington DC, Spartan Books, 1961. 616 p.Development of basic conceptsHistorical review of alternative approaches.
Physiological and psychological considerations.
Basic definitions and concepts.
Three-layer series-coupled perceptrons
The existence and attainability of solutions in elementary perceptrons.
Q-functions and bias ratios in elementary perceptrons.
Performance of elementary alpha-perceptrons in psychological experiments.
Performance of elementary gamma-perceptrons in psychological experiments.
Elementary perceptrons with limited values.
Simple perceptrons with non-simple a and r-units.
Perceptrons with distributed transmission times.
Perceptrons with multiple r-units.
Three-layer systems with variable s-a connections.
Summary of three-layer series-coupled systems: capabilities and deficiencies.
Multi-layer and cross-coupled perceptrons
Multi-layer perceptrons with fixed preterminal networks.
Four-layer perceptrons with adaptive preterminal networks.
Open-loop cross-coupled systems.
Q-functions for cross-coupled perceptrons.
Adaptive processes in closed-loop crosscoupled perceptrons.
Perceptrons with cross-coupled s and r-systems.
Back-coupled perceptrqns and problems for future study
Back-coupled perceptrons and selective attention.
Program-learning perceptrons.
Sensory analyzing mechanisms.
Perception of figural unity.
Variable-structure perceptrons.
Biological applications of perceptron theory.
Conclusions and future directions.Notation and standard symbols.
List of theorems and corollaries.
Basic equations.
Standard diagnostic experiments.Distribution list.