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Diagram of the network looks:
(b) When both x and y are large, i.e., both A and B are firing, w is increasing without bound. When one or both of x and y are small, w does not change or changes slowly. This may be seen as formalization of a stable learning.
(c) If A and B keep firing together in time during a lifetime, w will increase without bound. This behavior cannot be biologically sustained because of synaptic normalization mechanism:
there are constraints that limit the magnitude of the weight to some value, there is a competition between the input neurons.
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Specified the expression below valid for points in the x-y plane what is the y-component of the electric field valid for points on the y-axis?
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It is the ratio of the internal electric field induced by the charges on the surface on the dielectric when an external field applied to the polarization of the dielectric.
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