Question: 3 5 D 12 16 A | 14 n 4. Consider the network shown below: [15] a. Show the operation of Bellman Ford's (Distance Vector)

3 5 D 12 16 A | 14 n 4. Consider the network shown below: [15] a. Show the operation of Bellman Ford's (Distance Vector) algorithm for computing the least cost path from C to all destinations. Only compute the table of C. (5) b. Identify the path with the "count to infinity" problem and discuss its impact on the convergence of the algorithm in case of a change in the link cost. Why? Will it be resolved on its own? Assume that the poison reverse is not in use. (5) c. Define Spanning Tree formally? Build a Minimum Spanning Tree (MST) using Reverse Path Forwarding (RPF) at node C to all nodes in the given network. (5) 18 14 9 6 E 3 5 D 12 16 A | 14 n 4. Consider the network shown below: [15] a. Show the operation of Bellman Ford's (Distance Vector) algorithm for computing the least cost path from C to all destinations. Only compute the table of C. (5) b. Identify the path with the "count to infinity" problem and discuss its impact on the convergence of the algorithm in case of a change in the link cost. Why? Will it be resolved on its own? Assume that the poison reverse is not in use. (5) c. Define Spanning Tree formally? Build a Minimum Spanning Tree (MST) using Reverse Path Forwarding (RPF) at node C to all nodes in the given network. (5) 18 14 9 6 E
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