A.Network policy

B.SAP-ingress policy

C.IP-criteria policy

D.Network-queue policy

E.Slope policy

F.SAP-egress policy

A.Router R2

B.Router R1

C.Router R4

D.Routers R1 and R2

E.Router R3

A.The discard probability slope of an in-profile traffic is steeper than that of an out-of-profile traffic.

B.The maximum probability with which an out-of-profile packet can be dropped is higher than that of an in-profile packet.

C.When the shared buffer utilization reaches 55%, both in-profile and out-of-profile packets may be dropped.

D.When the shared buffer utilization is at 61%, only in-profile packets are currently in the shared buffer pool.

E.All out-of-profile traffic will be dropped before that of any in-profile traffic.

A.This is the base routing table from CE-1

B.This is the base routing table from PE-2F.This is the base routing table from PE-2F.This is the base routing table from PE-2

C.This is the customer vrf from PE-1D.This is the customer vrf from PE-1

D.This is the base routing table from CE-2G.This is the base routing table from CE-2G.This is the base routing table from CE-2

E.This is the base routing table from PE-1

F.This is the customer vrf from CE-1

G.This is the customer vrf from PE-2E.This is the customer vrf from PE-2E.This is the customer vrf from PE-2

A.Regular semantics will apply. It will be as if the SAP doesn't belong to a management VPLS.

B.All user VPLS SAPs will be disabled/pruned.

C.It is not possible to administratively disable a management VPLS.

D.Spanning tree will be automatically enabled on the user VPLS SAPs.