Many relate to forms of execution: a creature with guns growing out of its back represents the firing squad while a glowing humanoid with syringes for eyes represents lethal injections.
The smaller red area is represents the fire-affected area of the 1994 Big Creek Fire.
Each node output represents the firing strength of a rule or weight.
Its output represents the firing rate of an auditory nerve fiber.
We consider a network in which each node represents the firing rate of a single neuron, connected by sigmoidal activation functions through a random weight matrix.
The nonlinear function H represents the firing rate of the tissue and will be taken to be a Heaviside so that the parameter κ is interpreted as a firing threshold.
The nonlinear function H represents the firing rate of the tissue and will be taken to be a Heaviside so that the parameter h is interpreted as a firing threshold.
The left column of the figure represents the firing rates of the cells.
(3) O 2, i = μ A i (x ) μ B i (y ) μ C i (z ), i = 1, 2, 3 Each output node represents the "Firing Strength" of a rule.
Equation 1 shows a simple model of the EMG signal: where, x(n), modeled EMG signal, e(n), point processed, represents the firing impulse, h(r), represents the MUAP, w(n), zero mean addictive white Gaussian noise and N is the number of motor unit firings.
The asymptotic states are defined in terms of a variational principle, amounting to the minimization of a cost function of the form: (13) H = H K + H A = = ∫ d χ 2 + γ ∫ d χ ∫ d t Ψ (χ (t ) ) K (t − t ′ ) Ψ (χ (t ′ ) ), where χ is the spatial coordinate and Ψ represents the firing rate of the neuron across the environment.
