Run your code to determine the initial activation function value (do not update the weights) using...

 

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Run your code to determine the initial activation function value (do not update the weights) using the following weights for each of two input values respectively: Weights are [0.24, 0.88]; Inputs are [0.8, 0.9], the desired output is 0.95, bias = 0 and eta = 5.0. What is the activation value after this iteration? Answer to 4 significant decimal digits. Now restart your program with the same initial conditions and perform 75 iterations where you update the weights and the bias. What is the activation function value now? Remember, this activation function value is computed after the 75th weight/bias update. Again, answer to 4 significant decimal digits. Run your code to determine the initial activation function value (do not update the weights) using the following weights for each of two input values respectively: Weights are [0.24, 0.88]; Inputs are [0.8, 0.9], the desired output is 0.95, bias = 0 and eta = 5.0. What is the activation value after this iteration? Answer to 4 significant decimal digits. Now restart your program with the same initial conditions and perform 75 iterations where you update the weights and the bias. What is the activation function value now? Remember, this activation function value is computed after the 75th weight/bias update. Again, answer to 4 significant decimal digits.

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To calculate the activation value after the first iteration we need to compute the weighted sum of t... View the full answer