A.NSP can be done without neighbor routers

B.NSR must rely on neighbor routers to complete

C.NSF must rely on neighbor routers to complete

D.Both NSR and NSP require neighbor routers to complete

A.For each route in the equal-cost route, a priority can be specifieD. and the route with higher priority will be preferred. the rest as backup routes

B.When the number of equal-cost routes in the network is greater than the number configured by commands, and these routes have the same priority, the next-hop device is preferredSystem IDLarge routes for load balancing

C.If load sharing is configureD. the traffic will be evenly distributed to each link

D.After configuring equal-cost route priorityJS-ISWhen the device forwards the traffic reaching the destination network segment, it will not adopt the load balancing methoD. but forward the traffic to the next hop with the highest priority

A.10

B.5

C.15

D.1

A.DHCPstarvation attack-3 DHCPPhishing attack man-in-the-middle attack-2 DHCPPacket flood attack-4

B.DHCPstarvation attack-4 DHCPPhishing attack-3man-in-the-middle attack-2 DHCPPacket flood attack-1

C.DHCPstarvation attack-2 DHCPPhishing attack-3man-in-the-middle attack-1 DHCPPacket flood attack-4

D.DHCPstarvation attack-1 DHCPPhishing attack-3man-in-the-middle attack-2 DHCPPacket flood attack-4

A.IPv6anycast address

B.Global Unicast Address

C.unique local address

D.link-local address