MBGP
RIB groups
firewall filters
routing policy
filter based forwarding (FBF)
第1题:
A.Multifield Classifier > Forwarding Policy > Policing > BA Classifier
B.Multifield Classifier > Policing > BA Classifier > Forwarding Policy
C.BA Classifier > Policing > Multifield Classifier > Forwarding Policy
D.BA Classifier > Forwarding Policy > Policing > Multifield Classifier
第2题:
A.ipv6 host
B.ipv6 unicast-routing
C.ipv6 local
D.ipv6 neighbor
第3题:
What methods are available to create separate multicast and unicast forwarding topologies on a Juniper Networks router?()
第4题:
Which three statements are true about the Internet Group Management Protocol (IGMP)? ()
第5题:
Company uses layer 3 switches in the Core of their network. Which method of Layer 3 switching uses a forwarding information base (FIB)?()
第6题:
For maintaining separate unicast and multicast forwarding topologies, where should MBGP multicast routes be placed?()
第7题:
Which command enables IPv6 forwarding on a cisco router?()
第8题:
Which three are used to create a separate multicast and unicast forwarding topology on a Juniper Networks router?()
第9题:
Which statement is true about the forwarding plane?()
第10题:
MBGP
RIB groups
Routing policy
Firewall filters
第11题:
inet.0
inet.1
inet.2
inet.4
第12题:
The forwarding table lists each source protocol and preference for each destination
The forwarding table constains only active routes
The forwarding table is used to process transit packets
The forwarding table is stored in compact flash
第13题:
A. There are three IGMP modes: dense mode, sparse mode, and sparse - dense mode
B. IGMP is used to register individual hosts with a multicast group
C. IGMP version 3 enables a multicast receiving host to specify to the router which sources it should forward traffic from
D. IGMP messages a re IP datagrams with a protocol value of 2, destination address of 224.0.0.2, and a TTL value of 1
E. IGMP is a multicast routing protocol that makes packet - forwarding decisions independent of other routing protocols such as EIGRP
F. IGMP snooping ru ns on Layer 3 routers
第14题:
A.transparent
B.auto
C.on
D.desirable
E.blocking
F.forwarding
第15题:
Which of the following is the most effective technique to prevent source IPAddress spoofing?()
第16题:
Which are valid modes for a switch port used as a VLAN trunk (Choose three.)()。
第17题:
Which routing instance type is used to facilitate filter-based forwarding?()
第18题:
What is the proper order for CoS processing for ingress packets on a Juniper router?()
第19题:
The OSPF RFC 3623 Graceful Restart feature allows you to configure IETF NSF in ultivendor networks. When using OSPF Graceful Restart,which mechanism is used tocontinue forwarding packets during a switchover?()
第20题:
Which two are components of the enhanced services software architecture?() (Choose two.)
第21题:
There are three IGMP modes: dense mode, sparse mode, and sparse - dense mode
IGMP is used to register individual hosts with a multicast group
IGMP version 3 enables a multicast receiving host to specify to the router which sources it should forward traffic from
IGMP messages a re IP datagrams with a protocol value of 2, destination address of 224.0.0.2, and a TTL value of 1
IGMP is a multicast routing protocol that makes packet - forwarding decisions independent of other routing protocols such as EIGRP
IGMP snooping ru ns on Layer 3 routers
第22题:
MBGP
RIB groups
firewall filters
routing policy
filter based forwarding (FBF)
第23题:
JUNOS Software for security platforms supports NAT and PAT; a traditional router does not support NAT or PAT.
JUNOS Software for security platforms does not forward traffic by default; a traditional router forwards traffic by default.
JUNOS Software for security platforms uses session-based forwarding; a traditional router uses packet-based forwarding.
JUNOS Software for security platforms performs route lookup for every packet; a traditional router performs route lookup only for the first packet.
第24题:
VRF
FBF
forwarding
no-forwarding