www.neuron.yale.edu

I'm somewhat new to parallel computing, so please forgive anything that sounds uninformed. I'm interested in computational models of epilepsy. I've worked with some relatively simple models (~400 single compartment neurons), and have some plans to expand to significantly larger models, probably impl...

Hi, I was excited to see that local field potentials were added! Unfortunately I was having trouble getting them to work, likely due to my own ignorance. I have the same code as in my previous post about plotRatePSD, where I create a network with the following populations: netParams.popParams['PY'] ...

Hi, I'm having some trouble getting plotRatePSD to work. I create a network with the following populations: netParams.popParams['PY'] = {'cellType': 'sPY','gridSpacing': netParams.sizeX / numcorticalcells, 'zRange':[0.95,1.0], 'yRange':[0.95,1.0], 'cellModel':'HH'} netParams.popParams['IN'] = {'cell...

Thanks for the reply! You mean the one described in this publication? Destexhe, A. Spike-and-wave oscillations based on the properties of GABA-B receptors Journal of Neuroscience, 1998, 18, 9099-9111 That's the one. 2. Fixed time step integration of HH-style equations can use a very efficient approa...

I've been working some with the network laid out by Destexhe in "Spike-and-Wave Oscillations Based on the Properties of GABAB Receptors." There are 4 layers of 100 biophysical cells (cortical excitatory and inhibitory, thalamocortical and thalmic reticular nucleus) connected by saturating ...