Abstract
Abstract Using an example of a minimally structured brain neuronal circuit we have demonstrated that it can effectively process binary digital information presented in the form of propagating reaction-diffusion signals. It was found that a variety of millimeter size circuits which include only a few synaptic junctions and neurons can process such signals at frequencies typical of low-range gamma oscillations in the brain. It was also determined that the circuit's signal processing speed strongly depends on its size and synaptic strengths and only weakly reacts to the alterations of neuronal reaction-diffusion parameters.
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