RIPv2  比RIPv1 的改进点包括()   
A、 Split Horizon
B、 Poison Reverse
C、 Trigger Update
D、 支持多播路由更新
E、 支持VLSM
A、 Split Horizon
B、 Poison Reverse
C、 Trigger Update
D、 支持多播路由更新
E、 支持VLSM
A、RIPv2比 RIPv1占用更少的路由器内存 B、RIPv2可支持比RIPv1更大型(有更多路由器)的网络 C、RIPv2可支持不连续网络,但RIPv1并不支持 D、RIPv2支持无类路由,而RIPv1只支持有类路由
A、Branch-Router2 is configured to send both RIPv1 and RIPv2 updates. B、Gateway-Router is configured to only receive RIPv2 updates. C、Gateway-router is configured to receive only RIPv1 updates. D、Branch-Router1 is configured to only send RIPv1 updates.
A、A. the OSPF route B、B. the EIGRP route C、C. the RIPv2 route D、D. all three routes E、E. the OSPF and RIPv2 routes
A、EIGRP will not be accepted when configured on the actual RIPv2 routers. B、OSPF will no longer be used in the routing table, because you only have EIGRP internal routes running. C、OSPF will no longer be used in the routing table, because you only have EIGRP external routes running. D、RIPv2 will populate its RIP database but not its routing table, because you only have EIGRP external routes running. E、RIPv2 will populate its RIP database but not its routing table, because you only have EIGRP internal routes running. F、OSPF database will have RIPv2 routes.
A、A.EIGRP will not be accepted when configured on the actual RIPv2 routers. B、B.OSPF will no longer be used in the routing table, because you only have EIGRP internal routes running. C、C.OSPF will no longer be used in the routing table, because you only have EIGRP external routes running. D、D.RIPv2 will populate its RIP database but not its routing table, because you only have EIGRP external routes running. E、E.RIPv2 will populate its RIP database but not its routing table, because you only have EIGRP internal routes running. F、F.OSPF database will have RIPv2 routes.