PART I
BIOPHYSICALLY-BASED MODELS: FROM NEURONS TO NETWORKS |
--
HOMEWORK 0: INTRODUCTION TO MATLAB |
|
--
HOMEWORK 1: RC CIRCUITS - Due Wed Feb 4 |
|
--
HOMEWORK 2: INTEGRATE & FIRE NEURON MODEL - Due Wed Feb 11 |
|
--
HOMEWORK 3: HODGKIN-HUXLEY & SQUID GIANT AXON - Due Wed Feb 18 |
|
--
HOMEWORK 4: SYNAPTIC INPUTS, CPGs - Due Wed Feb 25 |
|
--
HOMEWORK 5: BRAITENBERG VEHICLES, PHOTOTAXIS - Due Wed Mar 3 |
|
--
HOMEWORK 6: STOCHASTIC RESONANCE, NOISE - Due Wed Mar 10 |
|
|
Part
I: NELSON
Part II: ANASTASIO
|
|