A、one global STP instance for all VLANs
B、one STP instance for each VLAN
C、one STP instance per set of VLANs
D、one STP instance per set of bridges
更多“Spanning Tree Protocol IEEE 802.1s defines the ability to deploy which of these？ （）”相关的问题
A、spanning-tree guard root B、spanning-tree portfast bpduguard default C、spanning-tree bpduguard enable D、spanning-tree bpdufilter enable E、spanning-tree portfast bpdufilter default
A、spanning-tree backbonefast B、spanning-tree uplinkfast C、spanning-tree portfast D、spanning-tree cost512
A、spanning-tree mode rapid-pvst B、spanning-tree uplinkfast C、spanning-tree backbonefast D、spanning-tree mode mst
A、A.interface gig3/1 spanning-tree guard root B、B.interface gig3/1 spanning-tree root guard C、C.interface gig3/1 spanning-tree root-guard D、D.interface gig3/1 spanning-tree root-guard default
A、 spanning-tree mode rapid-pvst B、 spanning-tree uplinkfast C、 spanning-tree backbonefast D、 spanning-tree mode mst
A、A.mon Spanning Tree maintains a separate spanning-tree instance for each VLAN configured in the network. B、B.The Spanning Tree Protocol （STP） is an evolution of the IEEE 802.1w standard. C、C.Per-VLAN Spanning Tree （PVST） supports 802.1Q trunking. D、D.Per-VLAN Spanning Tree Plus（PVST+） is an enhancement to 802.1Q specification and is supported only on Cisco devices. E、E.Rapid Spanning Tree Protocol （RSTP） includes features equivalent to Cisco PortFast， UplinkFast， and BackboneFast for faster network reconvergence. F、F.Multiple Spanning Tree （MST） assumes one spanning-tree instance for the entire Layer 2 network， regardless of the multiple number of VLANs
A、spanning-tree mode rapid-pvst B、spanning-tree uplinkfast C、spanning-tree backbonefast D、spanning-tree mode mst
A、spanning-tree mode rapid-pvst B、spanning-tree uplinkfast C、spanning-tree backbonefast D、spanning-tree mode mst
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