Abstract
The influence of coupling time delay on synchronization processes is studied within the framework of a model describing the dynamics of two inferior olive cells coupled electronically through gap-junctions surrounded by synaptic inhibitory terminals that block these couplings. It was found that different types of synchronous behavior exist in the system, depending on parameters, and that even small changes of coupling time delay may change a dynamic regime to another one. This may be the transition between the regimes of different synchronization types, spike time binding, nonsynchronous behavior or the regime of activity suppression of an inferior olive cell.
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