We consider forward and backward propagation for the following neuron: 2 ------> ( x^3) --------> C 1.5 aC is. 2 is the forward value before operation x^3 and 1.5 is the back propagated partial...


We consider forward and backward propagation for the following neuron:


   2
------> ( x^3) ---------> C
                         1.5


2 is the forward value before operation x^3 and 1.5 is the back propagated partial derivative value of C with respect to x^3.  With back propagation, the value of ∂C/∂x is:


We consider forward and backward propagation for the following neuron:<br>2<br>------> ( x^3) --------> C<br>1.5<br>aC is.<br>2 is the forward value before operation x^3 and 1.5 is the back propagated partial<br>derivative value of C with respect to x^3. With back propagation, the value of<br>

Extracted text: We consider forward and backward propagation for the following neuron: 2 ------> ( x^3) --------> C 1.5 aC is. 2 is the forward value before operation x^3 and 1.5 is the back propagated partial derivative value of C with respect to x^3. With back propagation, the value of

Jun 04, 2022
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