A、A. the router with the lowest priority B、B. the router with the highest priority C、C. the router with the highest System ID D、D. the router with the highest IP address
A、A. the router with the lowest priority B、B. the router with the highest priority C、C. the router with the highest System ID D、D. the router with the highest IP address
A、link state id被设置为目的网段地址 B、Advertising Router被设置为ASBR的routerid C、Netmask被设置全0 D、使用Link state ID和advertising router可以唯一标识一条AS-EXTERNAL-LSA
A、 To assign the HSRP router priority in a standby group, the standby group-number priority priority-value global configuration command must be used. B、 The default priority of a router is zero (0). C、 The no standby priority command assigns a priority of 100 to the router. D、 Assuming that preempting has also been configured, the router with the lowest priority in an HSRP group would become the active router. E、 When two routers in an HSRP standby group are configured with identical priorities, the router with the highest configured IP address will become the active router.
A、Dev - 1 is the DR because it has a lower OSPF router ID B、Dev - 3 is the DR because it has a higher OSPF router priority C、Both Dev - 1 and Dev - 3 are using the def ault OSPF router priority D、Dev - 3 is the DR because it has a lower OSPF router ID E、Dev - 1 is the DR because it has a higher OSPF router priority
A、highest router ID first, then highest priority B、highest MAC address first, then highest priority C、highest router ID first, then highest MAC address D、highest priority first, then highest router ID E、highest priority first, then highest MAC address
A、A. It is used with the OSPF priority values to determine which OSPF router will become the DR or BOR in a point-to-point network B、B. It is used with the OSPF priority values to determine which interface will be used to form a neighbor relationship with another OSPF router C、C. It is used with the OSPF priority values to determine which router will become the DR or BOR in a multi access network D、D. It is used to determine which interfaces will send Hello packets to neighboring OSPF routers
A、Router A remains the DIS and generates a new pseudonode LSP for that LAN B、Router A remains the DIS and NO new pseudonode LSP is generated for that LAN C、Router D becomes the new DIS, generates a new pseudonode LSP for that LAN, and purges the old pseudonode LSP generated by Router A D、Router D becomes the new DIS, does NOT generate a new pseudonode LSP for that LAN, and does NOT purge the old pseudonode LSP generated by Router A