Uploaded here are text files of all the spike trains that were generated in paper:
Frontiers in Systems Neuroscience 9:110.
doi: 10.3389/fnsys.2015.00110
K.A. Ferguson, C.Y.L. Huh, B. Amilhon, F. Manseau, S. Williams, F.K. Skinner (2015)
"Network models provide insights into how oriens–lacunosum-moleculare and bistratified cell interactions influence the power of local hippocampal CA1 theta oscillations".
There are 10,000 spike raster sets of 5 sec length each.
Parameter values and model details can be found in the published paper.
Each folder contains spike times for a given connection probability (csb). Within each folder the different text files contain spike times for certain values of synaptic conductances.
The filenames of each data set indicate the particular conductance values.
For example:
BC-380-gi-0-gi_SD-0-PV12913020-dSD6.6ms-gnSD0.21-gpv-3.0-gsb0.0-csb0.03-gbs0.0-cbs0.0192-spiketimes.txt
is the output from:
- basket cells (BCs), population: 380
- gi: mean conductance value of noisy inhibitory input (0 in this example); gi_SD: the standard deviation of gi (0 in this example)
- PV12913020: the file number for the PV cell in which the EPSCs were recorded; dSD: the standard deviation of the delay (6.6 in this example); gnSD:is the standard deviation of the gain multiplying the EPSCs (0.21 in this example).
- gpv: mean synaptic conductance within the PV population (3 in this example)
- gsb: the synaptic conductance from OLM cells to BiCs (0 in this example)
- gbs: the synaptic conductance from BiCs to OLM cells (0 in this example)
- csb: the connection probability from OLM cells to BiCs (0.03 in this example)
- cbs: the connection probablity from BiCs to OLM cells (0.0192 in this example).
Each uploaded data set is a text file of numbers organized in the following way:
The value in the first line denotes the total number of spikes.
The value in the third line denotes the total number of cells.
After that point each line represents the spiking activity of each neuron.
The first number of each line is the total number of spikes produced by a given cell followed by its spike times.
**Raster plots from some of the files are provided in the attached file.**
