1. In Figure 1: (a) What is C's initial distance vector? (b) What is the distance...

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1. In Figure 1: (a) What is C's initial distance vector? (b) What is the distance vector after it receives a vector from A? (c) What is its vector when it receives a vector from B? (d) If C uses split horizon with poison reverse, what is the distance vector that B then receives from C? [4 marks] Initial A B C D A0 (1) 4 B101 1 C410 D00 1 2 0 8 B 10 AB=1 0 0 0 1 2 1 2 2 1 2 Next hop {Ⓡ Computation at A when DV from B arrives Cost to go to B 1 14 00 Figure 1 } Cost to destn from B 24 Cost to destn via B }Current cost from A Min New cost = new DV for A 1. In Figure 1: (a) What is C's initial distance vector? (b) What is the distance vector after it receives a vector from A? (c) What is its vector when it receives a vector from B? (d) If C uses split horizon with poison reverse, what is the distance vector that B then receives from C? [4 marks] Initial A B C D A0 (1) 4 B101 1 C410 D00 1 2 0 8 B 10 AB=1 0 0 0 1 2 1 2 2 1 2 Next hop {Ⓡ Computation at A when DV from B arrives Cost to go to B 1 14 00 Figure 1 } Cost to destn from B 24 Cost to destn via B }Current cost from A Min New cost = new DV for A

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This question refers to the Distance Vector Routing protocol which is used in networking to discover the shortest path between nodes in a network Lets address each part of the question using the provi... View the full answer