A.All TCP traffic is marked discard eligible.
B.All UDP traffic is marked discard eligible and a BECN is sent.
C.All TCP traffic is marked discard eligible and a BECN is sent.
D.All traffic exceeding the CIR is marked discard eligible.
第1题:
When should traffic shaping be implemented on Frame Relay PVCs?()
第2题:
A new frame-relay network is being implemented and inverse ARP does not appear to be operating correctly. Which alternative command can be used to provide connectivity?()
第3题:
EIGRP has been configured to operate over Frame Relay multipoint connections. What should the bandwidth command be set to?()
第4题:
EIGRP has been configured to opera te over Frame Relay multipoint connections. What should the bandwidth command be set to?()
第5题:
Which three statements about L2TPv3 are true?()
第6题:
Which command is required for connectivity in a Frame Relay network if Inverse ARP is not operational? ()
第7题:
All TCP traffic is marked discard eligible
All UDP traffic is marked discard eligible and a BECN is sent
All TCP traffic is marked discard eligible and a BECN is sent
All traffic exceeding the CIR is marked discard eligible
第8题:
The Gallant router has the wrong LMI type configured
Inverse ARP is providing the wrong PVC information to the Gallant router
The S3 interface of the Steele router has been configured with the frame-relay encapsulation ietf command
The frame-relay map statement in the Attalla router for the PVC to Steele is not correct
The IP address on the serial interface of the Attalla router is configured incorrectly
第9题:
the CIR rate of the lowest speed connection multiplied by the number of circuits
the CIR rate of the lowest speed connection
the CIR rate of the highest s peed connection
the sum of all the CIRs divided by the number of connections
第10题:
Configure TCP header compression on interface
Configure MPL on the Frame Relay interfaces
Configure FRF 12 fragmentation on the Frame Relay interfaces
Fragmentation is not supported with service internetworking
第11题:
All TCP traffic is marked discard eligible.
All UDP traffic is marked discard eligible and a BECN is sent.
All TCP traffic is marked discard eligible and a BECN is sent.
All traffic exceeding the CIR is marked discard eligible.
第12题:
point-to-point
broadcast multi-access
nonbroadcast multi-access
nonbroadcast multipoint
broadcast point-to-multipoint
第13题:
In regard to a hub and spoke Frame-Relay data network, what kind of physical network is it classified as?()
第14题:
What does FRTP stand for?()
第15题:
When troubleshooting a Frame Relay connection, what is the first step when performing a loopback test?()
第16题:
The Frame Relay network in the diagram is not functioning properly. What is the cause of the problem?()
第17题:
Customer X has a hub-and-spoke Frame Relay network, with a central office and two branch offices (RemoteA and RemoteB). Each location has only one physical link to the Frame Relay cloud and RemoteB has a router that is not a Cisco router. Since the installation, there is no connectivity between RemoteB and the central office. What is a possible solution to this issue? ()
第18题:
What is a Label-Switched Path?()
第19题:
EIGRP would be appropriate if LMI type ANS I is NOT used.
EIGRP would be appropriate, because the Frame Relay spokes could be segmented into their own areas.
EIGRP would be appropriate, because by default, queries are not propagated across the slow speed Frame Relay links.
EIGRP would be appropriate, because you can manage how much bandwidth is consumed over the Frame Relay interface.
第20题:
store and forward
fragment-free
adaptive cut-through
fast-forward
第21题:
the CIR rate of the lowest speed connection multiplied by the num ber of circuits
the CIR rate of the lowest speed connection
the CIR rate of the highest speed connection
the sum of all the CIRs divided by the number of connections
第22题:
a traffic engineered path
another name for a Frame Relay PVC
a bidirectional path through a network
a unidirectional path through a network
第23题:
point-to-point
broadcast multi-access
nonbroadcast multipoint
nonbroadcast multi-access
broadcast point-to-multipoint
第24题:
prioritization
classification
fragmentation
traffic shaping