Distance vector routing
In the illustrated network, routes are determined using the distance vector algorithm . The marked router v has been newly added, it only knows the direct costs to its neighbor routers u , y and z .
(a) Specify the distance vectors in all routers except v before adding v . We assume that the distance vector algorithm for all routers existing at this time is already terminated.
(b) Give the initial distance vector in the router v .
(c) Indicate how the distance vectors of all neighbors of v change when they receive the initial distance vector of v . Select the entries that change.
(d) Give the final distance vectors in all routers after re-scheduling the distance vector algorithm.
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Distance vector routing In the illustrated network, routes are determined using the distance vector algorithm ....
1.In distance vector algorithm, give me two conditions that may cause the router to re-compute the distance vector estimates? 2. What is called “hot potato routing”?
Figure 1: Network for Problem 4 and 5 4. [10 pointsj: Link-state routing: (a) Explain how link-state routing works. Give an example of an Internet routing protocol based on link-state routing. b) Apply Dijkstra's algorithm to obtain the routing table for node a in the network given in Figure 1 5. [10 points Apply distance-vector routing to the subnetwork of the network shown in Figure 1 con sisting of only nodes fa, b, c, d (a) Write the initial distance-vector...
1.0. Suppose the network is as follows, where distance-vector routing update is used. Each link has cost 1, and each router has entries in its forwarding table only for its immediate neighbors (so A’s table contains 〈B,B,1〉, 〈D,D,1〉 and B’s table contains 〈A,A,1〉, 〈C,C,1〉). (a). Suppose each node creates a report from its initial configuration and sends that to each of its neighbors. What will each node’s forwarding table be after this set of exchanges? The exchanges, in other words,...
4. Consider the network shown below, and assume that each node initially knows the costs to each of its neighbors. Consider the distance-vector algorithm. 6 2 What are the distances from y to all other nodes after y receives one message from each of its direct neighbors (assuming that these messages are the only messages that have been sent and received so far in the entire system)? What are the distances from x to all other nodes after x receives...