A 4-input neuron has weights $1,2,3,4$. The transfer function is linear with the constant of proportionality being equal to $3$. The inputs are $5,7,10,30$, respectively. Then the output will be
Given weights are:
$w_1=1,\ w_2=2,\ w_3=3,\ w_4=4$
Given inputs are:
$x_1=5,\ x_2=7,\ x_3=10,\ x_4=30$
Net input is:
$Net = w_1x_1+w_2x_2+w_3x_3+w_4x_4$
$Net = 1(5)+2(7)+3(10)+4(30)$
$Net = 5+14+30+120$
$Net = 169$
The transfer function is linear with constant of proportionality $3$.
So, output is:
$Output = 3 \times 169$
$Output = 507$
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