Network portocols 2

Study question

12. The data forwarding algorithm includes which of the following A comparison of convergence algorithms a. b. A comparison of the dstination network portion of the address to the known destination network addresses contained in the routing table A comparison of the host portion of the destination address to the same in the ro table A comparison of the full network address arenumber of total numbers in the Autonomous System numbering c. d. 13. There to the same contained in the routing ta a. 1024 b. 32622 c. 65536 d. None of the above 14. The two differences between the RIP 1 and RIP 2 packet format are a. The RIP 1 packet has a mask field and all zeros in bytes 3 and 4 b. The RIP 2 network has a mask field and next hop field that RIP 1 packets do include c. The RIP 1 packet contain ns an autonomous system number that the RIP 2 Packet does not d. None of the above 15. If one autonomous system runs RIP2 and another runs OSPF a. They cannot be connected and the RIP2 AS will forward packets faster b. They can be connected via BGP and the OSPF AS will forward packets faster c. They can be connected via BGP and the OSPF and both sides will forward packets at similar rates 16. (T or ) Router performance is measured based on the number of messages sent to achieve 17. (T or F) when a network is converging it is still possible for the routers in that network to 18. (T or F) The data forwarding algorithm does not care which routing update algorithm is d. None of the above convergence among other things. simultaneously (at the same time) forward data. running on the router because the routing table once converged yield the necessary information to make all routing decisions regardless of the type of aigorithm. 19. BGP packets contain The autonomous system number, the destinations to be added and deleted, and the metric associated with each route The autonomous system number, the destinations to be added and deleted, and the length of the withdrawal section of the packet The autonomous system number, the destinations to be added and deleted, and the next hop field None of the above a. b. c. d. 20. (T/ F) laddering is a term in networking that refers to how many routers a network must pass through to get to a backbone