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© SuperDataScienceDeep Learning A-Z
© SuperDataScienceDeep Learning A-Z
Input value 1
Input value 2
Input value m
y
2nd step:
X1
X2
Xm
w1
w2
wm
Output value
3rd step
© SuperDataScienceDeep Learning A-Z
y
0
1
© SuperDataScienceDeep Learning A-Z
0
y
Threshold Function
1
© SuperDataScienceDeep Learning A-Z
y
1
0
Sigmoid
© SuperDataScienceDeep Learning A-Z
0
y
Rectifier
1
© SuperDataScienceDeep Learning A-Z
0
y
1
-1
Hyperbolic Tangent (tanh)
© SuperDataScienceDeep Learning A-Z
Deep sparse rectifier
neural networks
By Xavier Glorot et al. (2011)
Link:
http://jmlr.org/proceedings/papers/v15/glorot11a/glorot11a.pdf
Additional Reading:
© SuperDataScienceDeep Learning A-Z
Input value 1
Input value 2
Input value m
y
2nd step:
X1
X2
Xm
w1
w2
wm
Output value
3rd step
If threshold activation function:
If sigmoid activation function:
Assuming the DV is binary (y = 0 or 1)
© SuperDataScienceDeep Learning A-Z
y
4
5
6
7
Input value 1
Input value 2
Input value m
Output value
Input
Layer
Hidden
Layer
Output
Layer
X2
X1
Xm

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