Enter the password.
Modify the delete time to 3 hours.
Set the interface to local, remote or both.
Increase the snap length of the Packet Capture configuration.
Set the Packet Capture size to greater than the actual data flow
第1题:
A.FTP
B.Telnet
C.SMTP
D.DNS
E.HTTP
F.POP3
第2题:
Which three BGP attributes are always communicated in a BGP update packet? ()(Choose three.)
第3题:
A router receives an IPv6 packet which is 2000 bytes in length. The MTU of the outgoing interface is 1500 bytes. Which action will the router take?()
第4题:
An inbound access list has been configured on a serial interface to deny packet entry for TCP and UDP ports21, 23 and 25. What types of packets will be permitted by this ACL? (Choose three.)()
第5题:
You are the network administrator for your company. A user is complaining that they are not able to access the network with the Junos Pulse client. You run a packet capture on the network interface to monitor the 802.1X authentication process. You notice that after the EAP- request/identity packet is received, and the supplicant responds with an EAP-response/identity packet, no further communication occurs for several seconds. What are three causes for this behavior?()
第6题:
What are three WAN reports that can be generated with the WX device?() (Choose three.)
第7题:
IP protocol
IP time-to-live
source and destination IP address
source and destination MAC address
source and destination TCP/UDP port
第8题:
Enter the password.
Modify the delete time to 3 hours.
Set the interface to local, remote or both.
Increase the snap length of the Packet Capture configuration.
Set the Packet Capture size to greater than the actual data flow
第9题:
Daily
Incremental
Normal
Differential
第10题:
mode
preshared key
external interface
security proposals
dead peer detection settings
第11题:
FTP
Telnet
SMTP
DNS
HTTP
POP3
第12题:
OSPF
WCCP
policy based routing
route injection using RIPv1
route injection using RIPv2
第13题:
Which three must be configured for the Packet Capture tool to collect all required data? ()(Choose three.)
第14题:
Which three packet interception methods are configurable in WX devices?() (Choose three.)
第15题:
Which three IP multicast group concepts are true? (Choose three.) ()
第16题:
Which of the following backup methods should be used nightly to ensure backups capture all necessary data in the LEAST amount of time?()
第17题:
In JUNOS software with enhanced services, which three packet elements are inspected to determineif a session already exists? ()(Choose three.)
第18题:
Apply the method list to an interface
Specify the default method list and apply it to the interface
Enable AAA
Define a method list
第19题:
MED
Origin
AS Path
Next Hop
Aggregator
第20题:
The authenticator is not licensed to support Junos Pulse.
The authenticator did not receive the EAP-response/identity packet.
The authentication server is not receiving the RADIUS packet containing the EAP-response/identity data.
The authenticator is sending the request over its loopback interface.
The authentication server is sending back a RADIUS response packet, but the authenticator is not forwarding the response back to the supplicant.
第21题:
Configure the Network Monitor display filters.
Configure the Network Monitor capture filters.
Increase the Network Monitor buffer size setting.
Decrease the Network Monitor buffer size setting.
Increase the Network Monitor frame size setting.
Decrease the Network Monitor frame size setting.
第22题:
If a packet is sent to a multicast group address, all members of the multicast group will receive it
If a packet is sent to a multicast group address, the multicast frame contains the source multicast address
A router does not have to be a member of a multicast group to receive multicast data.
A router does not have to be a member of a multicast group to send to the group.
A router must be a member of a multicast group to receive multicast data.
A router must be a member of a multicast group to send to the group.
第23题:
FTP
Telnet
SMTP
DNS
HTTP
POP3
第24题:
When an OTV edge device receives a Layer 2 frame destined for a remote data center site, the frame is logically forwarded to the overlay interface.
The OTV edge device performs the dynamic OTV encapsulation on the Layer 2 packet and sends it to the join interface toward the routed domain.
When the OTV edge device receives a Layer 2 frame destined for a remote data center site, the frame is logically forwarded to the join interface.
The OTV edge device performs the dynamic OTV encapsulation on the Layer 2 packet and sends it to the overlay interface toward the routed domain.