A.H-VPLS

B.IEEE 802.lag

C.MAC aggregation

D.MAC-in-MAC

A.When the shared buffer utilization reaches 51%, in-profile packets might be dropped.

B.The time average factor of 0 will discard all packets arriving in the shared buffer pool.

C.All out-of-profile traffic will be dropped before any in-profile is dropped.

D.The highest probability with which an out-of-profile packet can be dropped is 20%.

E.When an in-profile packet arrives and the shared buffer utilization is at 69%, the packet will have approximately a 60% likelihood of being discarded.

A.The higher the age-time, the greater the amount of flooding.

B.There is no relationship between the age-time and the amount of flooding.

C.The lower the age-time, the lower the amount of flooding.

D.The lower the age-time, the greater the amount of flooding

A.Optional non-transitive

B.Well-known mandatory

C.Optional transitive

D.Well-known discretionary

A.ample Policy 3 should be applied as an export policy on both PEs connected to the main site of Customer 1 and the main site of Customer 2

B.ample Policy should be applied as an export policy on the PE connected to the main site of Customer 1

C.ample Policy 3 should be applied as an export policy on the PE connected to the main site of Customer 2

D.ample Policy should be applied as an export policy on both PEs connected to the main site of Customer 1 and the main site of Customer 2

E.ample Policy should be applied as an export policy on all PEs connected to sites of Customer 1