Abstract
We investigate responses of the Hodgkin–Huxley globally neuronalsystems to periodic spike-train inputs. The firing activities of theneuronal networks show different rhythmic patterns for differentparameters. These rhythmic patterns can be used to explain cycles offiring in real brain. These activity patterns, average activity andcoherence measure are affected by two quantities such as thepercentage of excitatory couplings and stimulus intensity, in whichthe percentage of excitatory couplings is more important thanstimulus intensity since the transition phenomenon of averageactivity comes about.
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