A.Detecting VM events

B.DHCP and ARP proxy

C.Libvirtd

D.VxLAN tunneling

A.Forwarding policies can be applied to either ingress or egress traffic.

B.Redirection targets should be created in advance and associated with vPorts.

C.Redirection targets cannot be associated with host vPorts (physical appliances).

D.A forwarding policy can be created in an active domain or be instantiated from a template.

A.Mobility, flexibility, and better resource utilization.

B.Multitasking with prioritized process scheduling.

C.More processing power, memory and disk space.

D.Higher bandwidth, control plane simplification and reduced forwarding tables.

A.VSD is not notified of the VM migration.

B.CMS (if used) is not notified of the VM migration.

C.Both the source and destination hypervisor's VRS agents notify the VSC of the VM migration.

D.Only the destination hypervisor's VRS agent notifies the VSC of the VM migration.

A.A host vPort is provisioned on VRS-G, while a bridge vPort is provisioned on VSG.

B.A host vPort is provisioned for VLAN traffic, while a bridge vPort is for VxLAN traffic.

C.A host vPort only supports one VLAN, while a bridge vPort can be configured with multiple VLANs.

D.A host vPort requires static MAC address configuration, while a bridge vPort learns MAC addresses dynamically.