Wilson, K F; Goossens, Darren
A simulated neural network model of a section of enteric nervous system is presented. The network is a layered feed-forward network consisting of integrate and fire units. The network shows the basic form of intestinal motility; a descending wave of relaxation followed by a wave of contraction. It also shows interesting (but not biologically realistic) spontaneous behaviours when no stimulus is present.
Items in Open Research are protected by copyright, with all rights reserved, unless otherwise indicated.