Isolation and control of the effect of synchrony on the free membrane potential statistics.
Matthias Schultze-Kraft
Markus Diesmann
Sonja GrĂ¼n
Moritz Helias
10.1371/journal.pcbi.1002904.g002
https://plos.figshare.com/articles/figure/_Isolation_and_control_of_the_effect_of_synchrony_on_the_free_membrane_potential_statistics_/675168
<p><b>A</b>,<b>B</b> Adjusted common input fraction (<b>A</b>) and input firing rate (<b>B</b>) for different values of (gray coded) that ensure the same variance and covariance as for . <b>C</b> Correlation coefficient normalized by between the free membrane potential of a pair of neurons using the adjusted common input fraction . <b>D</b> Standard deviation of the free membrane potential, using the adjusted firing rate . The statistics of the free membrane potential measured in simulations in panels C and D are further verified via (6) and (5) (solid lines).</p>
2013-04-04 01:26:08
neuroscience
computational neuroscience
Coding mechanisms
Single neuron function
neural networks
synchrony
membrane