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Problem 1 Consider the following network of routers where the numbers above each link indicate link costs: Considering calculations from the perspective of node z: Show a table showing iterations of the Link State routing algorithm. Show a resulting routing table (next hop for each destination). Step N …
Problem 1
Consider the following network of routers where the numbers above each link indicate link costs:
Considering calculations from the perspective of node z:
Step N y x v t w u
1.
Destination Next Hop
2.
Problem 2
Consider a network of 4 routers running Distance Vector routing algorithm where the numbers above each link indicate link costs.
Write your answer here
Problem 3
Consider a simple network with one WiFi router and 3 hosts on the Figure. Host A and B are connected to the router over wireless interface, host C is connected using wired Ethernet interface.
Consider that have been given 131.179.196.32/27 address block and all assignments should be made from that block. Your assignment must use the most conservative IP address allocation. That is, assign IP addresses to hosts using as many network bits (the largest possible subnet mask) as possible.
IP/Mask
eth0
wlan1
IP/Mask/Gateway
wlan1
eth0
IP/Mask
Node A
Node C Routing Table
Subnet Mask Interface
Node B
IP/Mask/Gateway
Problem 4
Answer the following questions regrading to IP.
Write your answer here
Problem 5
Consider a network with four routers. Router A and D are IPv6 routers while router B and C are IPv4 routers. Assume that the source host sends an IPv6 packet to the destination host. The blue boxes in the gure represent the packet’s location. Show source IP address and destination IP address of the packet located at (1) through (5).
Write your answer here
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