Neural Computation 18: 2917-2922, 2006.
(a) a NEURON program to simulate the model and compare it to different analytic expressions;
(b) several supplementary figures which compare the Vm distributions obtained from numerical simulations, with different analytic expressions for various parameter sets.
Rudolph M and Destexhe A.
Characterization of subthreshold voltage fluctuations in neuronal
membranes. Neural Computation 15: 2577-2618, 2003.
This is the original contribution proposing an analytic expression for the steady-state voltage distribution of passive membranes subject to conductance-based synaptic noise sources.
Rudolph M and Destexhe A. An extended
analytic expression for the membrane potential distribution of
conductance-based synaptic noise. Neural Computation 17:
In this paper, we proposed an "extended" analytic expression which matches the numerical simulations over a much larger parameter space. As shown in the 2006 paper above, this extended expression is the most accurate expression for physiological parameters.