Q. In an autonomous system, we are dealing with routers and

View solution

Q. A metric is the cost assigned for passage of a packet through a

View solution

Q. In Unicast Routing, triggered updating process, when a node detects some failure in the neighboring links which results in a distance change to

View solution

Q. The Core-Based Tree (CBT) is a

View solution

Q. In broadcast communication, the relationship between the source and the destination is

View solution

Q. In Core-Based Tree (CBT), if a router wants to leave the group then it sends a leave message to its

View solution

Q. Reverse Path Forwarding (RPF) eliminates the loop in the

View solution

Q. CBT stands for

View solution

Q. Good examples of transit Autonomous Systems are national and international

View solution

Q. In Unicast Routing, to avoid two-node instability we can use split horizon strategy combined with

View solution

Q. Techniques can make the size of the routing table manageable and also handle issues such as

View solution

Q. Protocol Independent Multicast-Sparse Mode (PIM-SM) is used when there is a slight possibility that each router is involved in

View solution

Q. Protocol Independent Multicast-Sparse Mode (PIM-SM) is used in sparse multicast environment such as

View solution

Q. BGP stands for

View solution

Q. In Multicast Routing Protocol, the teleconferencing is the application of

View solution

Q. Multicasting is more efficient than

View solution

Q. When the source and destination of the packet are located on the same physical network, then

View solution

Q. In Unicast Routing, If the instability is between three nodes, stability cannot be

View solution

Q. In Unicast Routing, the Dijkstra algorithm creates a shortest path tree from a

View solution

Q. In Multicast Routing Protocol, flooding is used to broadcast the packets but it creates

View solution