
In this paper, we discuss the shape of traveling wave front solutions to a neuronal model with the connection function to be of lateral excitation type. This means that close connecting cells have an inhibitory influence, while cells that aremore distant have an excitatory influence. We give results on the shape of the wave fronts solutions, which exhibit different shapes depend ing on the size of a threshold parameter.
Technology, Science (General), neural fields, T, Science, Q, neuronal model, neural networks, Q1-390, T1-995, traveling wave solutions, Technology (General)
Technology, Science (General), neural fields, T, Science, Q, neuronal model, neural networks, Q1-390, T1-995, traveling wave solutions, Technology (General)
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