W1P 0.17 W1Q 0.64 W2P W20 W3P 0.53 -0.25 0.33 Table 2: Weight Values W3Q -0.10 WP4 0.55 W24 0.10 a. Compute the input va
Posted: Fri May 20, 2022 12:58 pm
- W1p 0 17 W1q 0 64 W2p W20 W3p 0 53 0 25 0 33 Table 2 Weight Values W3q 0 10 Wp4 0 55 W24 0 10 A Compute The Input Va 1 (87.11 KiB) Viewed 46 times
- W1p 0 17 W1q 0 64 W2p W20 W3p 0 53 0 25 0 33 Table 2 Weight Values W3q 0 10 Wp4 0 55 W24 0 10 A Compute The Input Va 2 (87.11 KiB) Viewed 46 times
- W1p 0 17 W1q 0 64 W2p W20 W3p 0 53 0 25 0 33 Table 2 Weight Values W3q 0 10 Wp4 0 55 W24 0 10 A Compute The Input Va 3 (87.11 KiB) Viewed 46 times
W1P 0.17 W1Q 0.64 W2P W20 W3P 0.53 -0.25 0.33 Table 2: Weight Values W3Q -0.10 WP4 0.55 W24 0.10 a. Compute the input value of nodes P and Q. (CO3:PO3 – 4 marks) b. Use sigmoid function to calculate the initial output of nodes P and Q. (CO3:PO3 - 4 marks) c. Based on the answer in Question 2 (b), compute the input and output values of water level at Jambatan Petaling. (CO3:P03 - 4 marks) 11
W1P 0.17 W1Q 0.64 W2P W20 W3P 0.53 -0.25 0.33 Table 2: Weight Values W3Q -0.10 WP4 0.55 W24 0.10 a. Compute the input value of nodes P and Q. (CO3:PO3 – 4 marks) b. Use sigmoid function to calculate the initial output of nodes P and Q. (CO3:PO3 - 4 marks) c. Based on the answer in Question 2 (b), compute the input and output values of water level at Jambatan Petaling. (CO3:P03 - 4 marks) 11