Q. To place the packet in its route to its destination, we use

View solution

Q. If the destination host is not on the same network as the deliverer, the packet is delivered

View solution

Q. The final destination of the packet is a host connected to the same physical network as the deliverer in the

View solution

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

View solution

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

View solution

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

View solution

Q. RIP stands for

View solution

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

View solution

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

View solution

Q. The autonomous system has

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

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

View solution

Q. Geographical Routing is used to decrease the size of

View solution

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

View solution

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

View solution

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

View solution