Q. In shortest path tree method, the tree is a graph of nodes and

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Q. Protocol Independent Multicast-Sparse Mode (PIM-SM) is similar to Core-Based Tree (CBT), but uses Simpler

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Q. In Unicast Routing, each node uses the same topology to create a routing table and the routing table for each node is

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Q. RIP stands for

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Q. In RIP, to send a packet to one of the three networks at the far left, router R1 needs to deliver the packet to

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Q. In Unicast Routing, the next-node column defines the address of the router to which the packet is to be sent to reach its

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Q. The autonomous system has

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Q. In path vector routing, one node in each autonomous system that acts on behalf of the entire system is the

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Q. In multicast routing, each involved router needs to construct a shortest path tree for

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Q. Protocol Independent Multicast-Dense Mode (PIM-DM) is used in a dense multicast environment, such as a

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Q. In Unicast Routing, a link state packet can carry a large amount of

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Q. The routing technique that uses a source-based tree approach is

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Q. Reverse Path Broadcasting (RPB) guarantees that the packet reaches every

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Q. Geographical Routing is used to decrease the size of

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Q. A second technique to reduce the routing table and simplify the searching process is called

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Q. In Unicast Routing, the protocol that is an implementation of the distance vector protocol is called

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Q. The Routing Information Protocol (RIP) is an intradomain routing protocol used inside an

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Q. In the updating process of distance vector routing, the new route has distance

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Q. In distance vector routing, sharing of information in the routing table means sharing

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Q. Next-Hop Method is used to reduce the contents of a

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