Consider a Perceptron whose output is given by h(wo+w1×1+W2X2), where x1, X2 are inputs and h() is the Heaviside (step) function. Assume this Perceptron is being trained on the data in the following...


R1


Consider a Perceptron whose output is given by h(wo+w1×1+W2X2), where x1, X2 are inputs and h() is the Heaviside<br>(step) function.<br>Assume this Perceptron is being trained on the data in the following table, and that the current values of the weights<br>are wo= -0.5, W1= -1 and w2= -2.<br>Training Examplex1 x2 Class<br>|-1-1 Neg<br>2 1 Neg<br>(a)<br>(b)<br>(c)<br>|-2 2 Pos<br>If the Perceptron Learning Rule is applied to the current weights, using training item (a) and a learning rate of n=1.0,<br>the new values for wo, W1 and w2 at the end of this training step will be:<br>* W:<br>

Extracted text: Consider a Perceptron whose output is given by h(wo+w1×1+W2X2), where x1, X2 are inputs and h() is the Heaviside (step) function. Assume this Perceptron is being trained on the data in the following table, and that the current values of the weights are wo= -0.5, W1= -1 and w2= -2. Training Examplex1 x2 Class |-1-1 Neg 2 1 Neg (a) (b) (c) |-2 2 Pos If the Perceptron Learning Rule is applied to the current weights, using training item (a) and a learning rate of n=1.0, the new values for wo, W1 and w2 at the end of this training step will be: * W:

Jun 01, 2022
SOLUTION.PDF

Get Answer To This Question

Related Questions & Answers

More Questions »

Submit New Assignment

Copy and Paste Your Assignment Here