Optically recorded bAP waveforms were quantified and multicompartmental modeling (NEURON) was used to link the observed behavior with the underlying biophysical properties.
The point at which each ray intersected the boundary of the neuron are used to define the area.
If otherwise, the F–I transition time of an F–I transition neuron was used to represent the pair (see Fig. 5 A ).
A single FFBPN with minimal number of neurons is used to estimate the line voltage stability index for various load conditions.
When the synapses have a fixed strength, only the phase response information of the neurons is used to determine the network activity, as has been shown previously [8].
The phase locking response of the neurons is used to compute the inter-aural time difference [ 1] with a stunning sensory limen of a few microseconds where the onset time of the neuronal response has a prominent role [ 2].
Thus, in the present study, primary striatal neurons were used to assess the possible striatal neuronal damage mechanism triggered by GA.
Detailed models of individual neurons were used to reproduce the extracellular action potentials of close-by neurons.
The neofuzzy neurons are used to augment output of a rough neuron.
