References
|
The Book of GENESIS (BoG) Genesis Reference Manual Genesis Modeling Tutorial |
2003 James M. Bower and David Beeman |
|---|---|---|
|
MATLAB ® FOR |
SECOND EDITION |
 |
Theoretical Neuroscience: Dayan and Abbott |
|
|
Neuronal Dynamics online book |
Gerstner, Kistler, Naud and Paninski |
 |
NEUROSCIENCE |
Sixth Edition |
 |
NEUROSCIENCE Exploring the Brain |
THIRD EDITION Bear, Paradiso |
 |
The NEURON Book |
Carnevale and Hines November 29, 2004S |
 |
Principles of Neural Science
|
2013 Fifth Edition Kandel, Schwartz |
 |
Realistic Single Cell Modeling
|
Dieter Jaeger |
 |
2007 Izhikevich |
|
 |
Ermentrout |
Papers
General interest
- What is it like to be a bat - Nagle
- Flexon - Flexible Digital Neuron
- Lectures on Computational Neuronscience with Genesis - U. of Colorado (complete)
- Realistic Single Cell Modeling with Genesis - Jaeger
- Working models of working memory - Barak
- Simulation of Networks of spiking neurons Tools and strategies (Review)
- FPGA Simulation Engine - Customized Construction of Neural Microcircuits
- Cat Out Of Bag - Cortical Simulations with 10^9 Neurons, 10^13 Synapses
Consciousness
- The Hard Problem - Chalmers 1995
- Competitive Hebbian learning through STDP - Song 2000
- Copying and Evolutionof Neuronal Topology (STDP) - Fernando
- Polychronization:Compution with Spikes (STDP) - Izhikevich
- Relating STDP to BCM - Izhikevich
- Spike-timing-dependent plasticity with axonal delay Izhikevich neurons - Khoshkhou
- Spike-Timing Theory of Working Memory - Izhikevich
- Solving the Distal Reward Problem through STDP - Izhikevich
Izhikevich
- Hybrid spiking models - Izhikevich
- Large Scale Model of mamalin thalamocortical system - Izhikevich 2008
- Large Scale Model of mamalin thalamocortical system Appendix - Izhakevich - 2008
- Izhikevich Model of Cortical Spiking Neurons - Ghani 2018
- Simple Hippocample Neuron Types - Venkadesh et al
- Simple Model of Spiking Neurons - Izhikevich
NEURON and Python
- Neuron and Python - Hines 2009
