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We study the effect of time-periodic coupling strength on the spiking coherence of Newman-Watts networks of Hodgkin-Huxley (HH) neurons with non-Gaussian noise. It is found that the spiking can exhibit coherence resonance (CR) when the extent of deviation of non-Gaussian noise from Gaussian noise and the amplitude of the coupling strength are varied. In particular, coherence bi-resonance (CBR) is...
In this paper, we study how information transmission delays affect the spiking behavior of electrically coupled stochastic Hodgkin-Huxley (HH) neurons on Newman-Watts networks. It is found that the spiking behavior becomes the most regular at an optimal time delay, indicating the occurrence of delay-induced coherence resonance-like (CR-like) behavior. Interestingly, there are different CR-like types,...
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