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Question 2 [1 pt]: Figure 2 shows two neural network architectures, network A and network B, to classify input image into digits (10 digits).
Question 2 [1 pt]: Figure 2 shows two neural network architectures, network A and network B, to classify input image into digits (10 digits). Assume input dimension is N, and each neuron has a bias. What are the total number of weight parameters for networks A and B, respectively? [0.5 Rt] What is the main advantage of network A, comparing to network B? [0.25 pt] What is the main advantage of network B, comparing to network A? [0.25 pt] Input layer 100 hidden nodes Input layer 10 output nodes 10 output nodes Network A Figure 2 Network B The Bast network private IP address block is 172.17.0.0/16 The Ghekre network private IP address block is 172.18.0.0/16 The Sekmet network private IP address block is 172.19.0.0/16 The Sobek network private IP address block is 172.20.0.0/16 The Dora Milaje network private IP address block is 172.21.0.0/16 The T'Challa network private IP address block is 172.22.0.0/1 The Shuri network private IP address block is 172.23.0.0/16 The W'Kabi network private IP address block is 172.24.0.0/16 The Nakia network private IP address block is 172.25.0.0/16 The Zuri network private IP address block is 172.26.0.0/16 The Bast network requires 3 subnets (two data centers and a client network) The Ghekre network requires 3 subnets (two data centers and a client network) The Sekmet network requires 3 subnets (two data centers and a client network) The Sobek network requires 3 subnets (two data centers and a client network) The Dora Milaje network requires 6 subnets (one data center and five separate client networks) The T'Challa network requires 2 subnets (one data center and a client network) The Shuri network requires 8 subnets (two data centers, five lab environments and a client network) The W'Kabi network requires 4 subnets (two data centers, an operations center and a client network) The Nakia network requires 3 subnets (two data centers and a client network) The Zuri network requires 5 subnets (three data centers and two client networks) Challenge #3: For each of the Wakanda sub-network subnets, identify the network address (use CIDR notation), the broadcast address and the number of addressable hosts. The Bast network subnets and addresses are given to you below. Your answers for the other subnets should be in this same format. The Bast network subnets are: 172.17.(00000000).0 = 172.17.0.0/18, with broadcast address 172.17.(00111111}.255 = 172.17.63.255 172.17.(01000000).0 = 172.17.64.0/18, with broadcast address 172.17.(01111111).255 = 172.17.127.255 172.17.(100000000=172.17.128.0/18, with broadcast address 172.17/10111111}.255 = 172.17.191.255 Each subnet has 214 216,382 hosts (3 bookmarks) 9. Solve the following subnet problem: Requirements: a. The network number: 201.40.80.0. b. Provide for at least 13 networks and a minimum of 11 hosts per network. C. What would you recommend for the new subnet mask? d. In the cells provided below, give the network number, low and high IP address range and broadcast for the 10th usable network. Network Number IP Address Range Low High Network Broadcast 10. For a Class C network address, what is the optimal number of bits you need to borrow to provide for: a. 6 networks? b. 6 hosts/network? c. 15 networks with at least 40 hosts per network.
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