proxy
dual-stack
tunneling
dot1q
第1题:
Part of the job as a network administrator is being able to make a distinction between routed protocols and routing protocols. Which of the following statements is true regarding them?()
第2题:
Which of the following statements regarding routed and routing protocols are true?()
第3题:
You want your Catalyst switch to implement a switching method that holds a packet in its memory until the data portion of the respected packet reaches the switch.Which method should you employ on your Catalyst switch?()
第4题:
A PC on a network segment sends data to another PC on a different segment.Which of the following correctly describe the correct order of how this data will be encapsulated?()
第5题:
Which statement is true concerning 6to4 tunneling?()
第6题:
Which mechanism does OSPFv3 use when the router LSA is too big to be sent out?()
第7题:
The cardID and limit variables break polymorphism.
The code demonstrates polymorphism.
The ownerName variable breaks encapsulation.
The setCardInformation method breaks encapsulation.
The class is fully encapsulated.
第8题:
A routing protocol is assigned to an interface and determines the method of packet delivery.
A routed protocol is assigned to an interface and determines the method of packet delivery.
A routing protocol determines the path of a packet through a network.
A routed protocol determines the path of a packet through a network.
A routing protocol operates at the transport layer of the OSI model.
A routed protocol updates the routing table of a router.
第9题:
Automatic 6to4, quartets 2 and 3
Automatic 6to4, quartets 7 and 8
ISATAP, quartets 2 and 3
ISATAP, quartets 7 and 8
第10题:
proxy
dual-stack
tunneling
dot1q
第11题:
forwards the packet
fragments the packet
drops the packet silently
drops the packet and sends an ICMP message
第12题:
Data, Frame, Packet, Segment, Bit
Data, Frame, Segment, Packet, Bit
Data, Packet, Frame, Segment, Bit
Data, Packet, Segment, Frame, Bit
Data, Segment, Frame, Packet, Bit
Data, Segment, Packet, Frame, Bit
第13题:
How does an IPv6 router deal with a packet that is larger than the outgoing interface MTU?()
第14题:
In which integration method is an IPV6 packet encapsulated within an IPV4 protocol?()
第15题:
Which two are true?()
第16题:
In which integration method is an IPV6 packet encapsulated within an IPV4 protocol?()
第17题:
When a packet is sent from Host 1 to Server 1, in how many different frames will the packet be encapsulated as it is sent across the internetwork?()
第18题:
An encapsulated, public class promotes re-use.
Classes that share the same interface are always tightly encapsulated.
An encapsulated class allows subclasses to overload methods, but does NOT allow overriding methods.
An encapsulated class allows a programmer to change an implementation without affecting outside code.
第19题:
It will fragment the packet at Layer 2.
It will fragment the packet at Layer 3.
It will drop the packet and send an ICMPv6 message packet too big back to the source.
It will drop the packet.
第20题:
fixed header size
smaller header size
fewer header fields
variable header size
第21题:
A routed protocol is assigned to an interface and determines the method of packet deliver.
A routing protocol determines the path of a packet through a network.
A routed protocol determines the path of a packet through a network.
A routing protocol operates at the transport layer of the OSI model.
A routed protocol updates the routing table of a router.
第22题:
ICMP
BFD
UDP
MPLS
第23题:
GRE tunnels
automatic 6 to 4 tunnels
ISATAP tunnels
manual tunnels (RFC 2893)
第24题:
Forward the packet.
Fragment the packet.
Drop the packet silently.
Drop the packet and send an ICMPv6 message.