6. Consider a two-layer neural network as shown in Fig. Q6 with ReLU activation functions in...

 

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6. Consider a two-layer neural network as shown in Fig. Q6 with ReLU activation functions in the hidden layer and the output layer. The initial weights, biases and training inputs/outputs for a particular training sample n are given. .15 w1 .40 w5 ¡1 h1 01 .20 w2 .45 W6 .01 .05 .25 W3 .50 w7 i2 h2 02 .30 w4 .55 w8 .99 .10 1 b1.35 b2.60 Fig Q6 (a) Perform a forward pass computation and find the output at o1 and 02. (b) If the error function is the squared error function E = - Σ 1 (Ok (n) - tk (n))2 k ДЕ find the error gradient with respect to the hidden value h₂, i.e. (n) ah sample n. و for this particular 6. Consider a two-layer neural network as shown in Fig. Q6 with ReLU activation functions in the hidden layer and the output layer. The initial weights, biases and training inputs/outputs for a particular training sample n are given. .15 w1 .40 w5 ¡1 h1 01 .20 w2 .45 W6 .01 .05 .25 W3 .50 w7 i2 h2 02 .30 w4 .55 w8 .99 .10 1 b1.35 b2.60 Fig Q6 (a) Perform a forward pass computation and find the output at o1 and 02. (b) If the error function is the squared error function E = - Σ 1 (Ok (n) - tk (n))2 k ДЕ find the error gradient with respect to the hidden value h₂, i.e. (n) ah sample n. و for this particular

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To perform a forward pass computation and find the output at ol and o2 in the given twolayer neural ... View the full answer