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Table of Contents
Part I: Introductory matter
BioInformation processing
Part II: Diffusion models
The diffusion equation
Integral transforms
The time dependent cable solution
Part III: Neural systems
Mammalian neural structure
Abstracting principles of computation
Second messenger diffusion pathways
Second messenger models
The abstract neuron model
Part IV: Models of emotion and cognition
Emotional models
Generation of music data: J. Peterson and L. Dzuris
Generation of painting data: J. Peterson, L. Dzuris and Q. Peterson
Modeling compositional design
Networks of excitable neurons
Training the model
Part V: Simple abstract neurons
Matrix feed forward networks
Chained feed forward architectures
Part VI: Graph based modeling in Matlab
Graph models
Address based graphs
Building brain models
Part VII: Models of cognition dysfunction
Models of cognitive dysfunction
Part VIII: Conclusions
Conclusions
Part IX: Background reading
Background reading.
BioInformation processing
Part II: Diffusion models
The diffusion equation
Integral transforms
The time dependent cable solution
Part III: Neural systems
Mammalian neural structure
Abstracting principles of computation
Second messenger diffusion pathways
Second messenger models
The abstract neuron model
Part IV: Models of emotion and cognition
Emotional models
Generation of music data: J. Peterson and L. Dzuris
Generation of painting data: J. Peterson, L. Dzuris and Q. Peterson
Modeling compositional design
Networks of excitable neurons
Training the model
Part V: Simple abstract neurons
Matrix feed forward networks
Chained feed forward architectures
Part VI: Graph based modeling in Matlab
Graph models
Address based graphs
Building brain models
Part VII: Models of cognition dysfunction
Models of cognitive dysfunction
Part VIII: Conclusions
Conclusions
Part IX: Background reading
Background reading.