A.tunneling
B.hashing
C.routing
D.NAT
第1题:
A. statically map IPV4 address to IPV6 addresses
B. configuration IPv4 tunnels between IPV6 islands
C. use DHCPv6 to map IPV4 addresses to IPV6 addresses
D. use proxying and translation to translate IPV6 packets into IPV4 packets
E. configure IPV6 directly
F. enable dual-stack routing
第2题:
In order to maintain security, with which hop count are IPv6 neighbor discovery packets sent?()
第3题:
Which of the following solutions will encapsulate IPv6 packets with IPv4 headers?()
第4题:
Company network is implemting IPv6 into their existing IPv4 netwrok. Which statement is trueabout incorporating IPv6 into an already existing IPv4 network?()
第5题:
Which two statements about DS-Lite are true?()
第6题:
A small amount of spoofed packets are being sent across a network and a large amount of reply packets are being sent back to the network resource. Which of the following BEST describes this security threat?()
第7题:
Only OSPF version 3 can be utilized for routing IPv4 and IPv6
IPv4 and IPv6 networks can be routed simultaneously
IPv6 can be routed using the same routing protocol versions as IPv4
A router routing for IPv6 and IPv4 must convert IPv4 packets to IPv6 packets to route them
None of the other alternatives apply
第8题:
It compresses the Layer 2 payload and marks the packet as a high priority to be transmitted first
It fragments larger packets and allows VoIP packets to be transmitted in between them.
It stops the transmission of large packets when priority packets arrive.
It sends high priority packets in between normal traffic packets.
第9题:
statically map IPV4 address to IPV6 addresses
configuration IPv4 tunnels between IPV6 islands
use DHCPv6 to map IPV4 addresses to IPV6 addresses
use proxying and translation to translate IPV6 packets into IPV4 packets
configure IPV6 directly
enable dual-stack routing
第10题:
common forwarding class
forwarding equivalence class
equivalent class characteristics
forwarding class characteristics
第11题:
tunneling
hashing
routing
NAT
第12题:
Create an IPv4 tunnel and assign the tunnel IPv6 addresses
Create IPv4 interfaces on both ends of the network, and use either static routes or a routingprocess to direct IPv6 packets through those interfaces
IPv6 packets cannot be encapsulated with IPv4 headers because the addresses are notcompatible
Create IFV6 interfaces on both ends of the network, and use static routes to point the IPv4address to those interfaces
Use an IPv6 routing protocol like OSPFv3 and assign IPv4 packets to that process
Create an IPv4 tunnel and use the tunnel mode ipv6ip command
第13题:
Which two statements are true about MLP interleaving? ()
第14题:
Which statement best describes the application of link fragmentation and interleaving (LFI)?()
第15题:
You have configured a firewall filter with a single term matching on packets with a source address in the 10.0.0.0/24 subnet. This term only includes the count action.Which two statements are true about traffic evaluated by this firewall filter?()
第16题:
Which three approaches can be used while migrating from an IPV4 addressing scheme to an IPV6 scheme?()
第17题:
Which mechanism does OSPFv3 use when the router LSA is too big to be sent out?()
第18题:
0
1
255
256
第19题:
Overlay tunnels can only be configured between border routers capable of supporting IPv4 and IPv6.
An manual overlay tunnel supports point - to - multipo int tunnels capable of carrying IPv6 and Connectionless Network Service (CLNS) packets.
Overlay tunneling encapsulates IPv6 packets in IPv4 packets for delivery across an IPv4 infrastructure.
Overlay tunnels can be configured between border route rs or between a border router and a host capable of supporting IPv4 and IPv6.
Cisco IOS supports manual, generic routing encapsulation (GRE), IPv4 - compatible, 6to4, and Intra - Site Automatic Tunnel Addressing Protocol (ISATAP) overlay tunneling mechan isms.
Cisco IOS supports manual, generic routing encapsulation (GRE), IPv6 - compatible, 4to6, and Multiprotocol Label Switching (MPLS) overlay tunneling mechanisms.
第20题:
IPv4 packets are carried over IPv6 tunnels to the LSN while IPv6 traffic is forwarded natively.
Ipv6 packets are carried over IPv4 tunnels to the LSN while IPv4 traffic is forwards natively.
The LSN performs NAT44 on private IPv4 source addresses.
DS-Lite does not perform any address translation.
第21题:
Multiple action modifiers can be included in the same term.
Only a single action modifier can be included in the same term.
If an action modifier exists without a terminating action, matching packets will be accepted.
If an action modifier exists without a terminating action, matching packets will be discarded.
第22题:
It fragments and encapsulates all packets in a fragmentation header.
Packets smaller than the fragmentation size are interleaved between the fragments of thelarger packets.
Packets larger than the fragmentation size are always fragmented, and cannot be interleaved,even if the traffic is voice traffic.
It fragments and encapsulates packets that are longer than a configured size, but does not encapsulate smaller packets inside a fragmentation header.
第23题:
It relies on IPv6 to do the fragmenting.
It splits the LS Update packet into smaller packets.
It splits the LSA into smaller router LSA packets.
It produces an error.