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Huawei H12-224 Practice Test - Questions Answers, Page 80

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Which of the following statements regarding Agile Controller guest account application mode is false?

A.
Created by the administrator
A.
Created by the administrator
Answers
B.
Created by employees with guest management rights
B.
Created by employees with guest management rights
Answers
C.
Created by the receptionist
C.
Created by the receptionist
Answers
D.
Registered by guests
D.
Registered by guests
Answers
Suggested answer: C

A DHCP server supports various types of address allocation policies to meet different requirements. Which of the following is not a correct address allocation policy?

A.
Automatic allocation
A.
Automatic allocation
Answers
B.
Dynamic allocation
B.
Dynamic allocation
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C.
Duplicated allocation
C.
Duplicated allocation
Answers
D.
Manual allocation
D.
Manual allocation
Answers
Suggested answer: C

DHCP uses different types of packets to implement different functions. Which of the following is the function of the DHCP Offer packet?

A.
The DHCP Offer packets are broadcast by the DHCP client to detect available servers.
A.
The DHCP Offer packets are broadcast by the DHCP client to detect available servers.
Answers
B.
The DHCP server sends DHCP Offer packets to respond to the DHCP Discover packets sent by the DHCP client, providing requested configuration parameters.
B.
The DHCP server sends DHCP Offer packets to respond to the DHCP Discover packets sent by the DHCP client, providing requested configuration parameters.
Answers
C.
The DHCP client sends a DHCP Offer packet to the DHCP server to request configuration parameters, configuration acknowledgement, or extension of the IP address lease.
C.
The DHCP client sends a DHCP Offer packet to the DHCP server to request configuration parameters, configuration acknowledgement, or extension of the IP address lease.
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D.
The DHCP server sends a DHCP Offer packet to the client, carrying configuration parameters, such as the IP address.
D.
The DHCP server sends a DHCP Offer packet to the client, carrying configuration parameters, such as the IP address.
Answers
Suggested answer: B

Which of the following statements regarding the MPLS forwarding process is false?

A.
If an LSP fails to forward data, the MPLS control plane responsible for LSP setup can detect this error.
A.
If an LSP fails to forward data, the MPLS control plane responsible for LSP setup can detect this error.
Answers
B.
The main function of MPLS forwarding plane can add labels or delete labels from an IP packet, and forward the received packets based on the label forwarding table. The forwarding plane is connection-oriented.
B.
The main function of MPLS forwarding plane can add labels or delete labels from an IP packet, and forward the received packets based on the label forwarding table. The forwarding plane is connection-oriented.
Answers
C.
After an IP packet enters the MPLS network, the ingress LER will analyze the IP packet and add proper labels to the packet.
C.
After an IP packet enters the MPLS network, the ingress LER will analyze the IP packet and add proper labels to the packet.
Answers
D.
MPLS can use Ping or Traceroute to detect LSP errors and locate faulty nodes.
D.
MPLS can use Ping or Traceroute to detect LSP errors and locate faulty nodes.
Answers
Suggested answer: A

Which of the following statements regarding the transit node in the MPLS forwarding process is correct?

A.
Queries the corresponding the FIB table based on the MPLS label to obtain the token.
A.
Queries the corresponding the FIB table based on the MPLS label to obtain the token.
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B.
Obtains the corresponding NHLFE entry based on the token in the FIB table.
B.
Obtains the corresponding NHLFE entry based on the token in the FIB table.
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C.
Checks the NHLFE entry to obtain the outbound interface, next hop, outgoing label, and label operation type.
C.
Checks the NHLFE entry to obtain the outbound interface, next hop, outgoing label, and label operation type.
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D.
If the label value is 1, the transit node directly pops out the label, processes the EXP and TTL fields, and then performs IP forwarding or forwarding by the inner label.
D.
If the label value is 1, the transit node directly pops out the label, processes the EXP and TTL fields, and then performs IP forwarding or forwarding by the inner label.
Answers
E.
If the label value is higher than or equal to 15, the transit node replaces the old label of the MPLS packet with a new label, processes the EXP and TTL fields, and sends the MPLS packet to the next hop.
E.
If the label value is higher than or equal to 15, the transit node replaces the old label of the MPLS packet with a new label, processes the EXP and TTL fields, and sends the MPLS packet to the next hop.
Answers
Suggested answer: C

MPLS technology replaces IP forwarding with label switching. Which of the following encapsulation modes is used when MPLS runs on Ethernet networks?

A.
Packet mode
A.
Packet mode
Answers
B.
Frame mode
B.
Frame mode
Answers
C.
Transport mode
C.
Transport mode
Answers
D.
Channel mode
D.
Channel mode
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E.
Pipe mode
E.
Pipe mode
Answers
Suggested answer: B

Which of the following aspects should be considered for migration risk assessment? (Choose all that apply.)

A.
Key risk positions
A.
Key risk positions
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B.
Risk impact scope
B.
Risk impact scope
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C.
Risk impact time
C.
Risk impact time
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D.
Loss caused by risks
D.
Loss caused by risks
Answers
Suggested answer: A, B, C, D

MPLS uses LDP to provide different label distribution modes. Which of the following statements regarding LDP label distribution control modes are false?

(Choose all that apply.)

A.
LDP label distribution can be controlled in ordered mode.
A.
LDP label distribution can be controlled in ordered mode.
Answers
B.
In ordered mode, when an LSR is the origin of a route, it can send label mapping messages to the upstream router initiatively and does not need to wait for label mapping messages from the next hop LSR.
B.
In ordered mode, when an LSR is the origin of a route, it can send label mapping messages to the upstream router initiatively and does not need to wait for label mapping messages from the next hop LSR.
Answers
C.
LDP label distribution cannot be controlled in independent mode.
C.
LDP label distribution cannot be controlled in independent mode.
Answers
D.
In independent mode, an LSR cannot send label mapping messages to the upstream router before it receives label mapping messages from the next hopLSR.
D.
In independent mode, an LSR cannot send label mapping messages to the upstream router before it receives label mapping messages from the next hopLSR.
Answers
Suggested answer: C, D

Which of the following statements regarding advantages of IGMP snooping are true? (Choose all that apply.)

A.
It reduces broadcast packets on a Layer 2 network and therefore conserves network bandwidth.
A.
It reduces broadcast packets on a Layer 2 network and therefore conserves network bandwidth.
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B.
It enhances security of multicast data.
B.
It enhances security of multicast data.
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C.
It enables separate accounting for each host.
C.
It enables separate accounting for each host.
Answers
D.
It is not recommended because IGMP consumes many CPU resources on a Layer 2 switch.
D.
It is not recommended because IGMP consumes many CPU resources on a Layer 2 switch.
Answers
Suggested answer: A, B

Which are the new requirements on the enterprise network stimulated by the mobility trend? (Choose all that apply.)

A.
Unified wired and wireless management
A.
Unified wired and wireless management
Answers
B.
Consistent service experience anytime, anywhere
B.
Consistent service experience anytime, anywhere
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C.
Fast deployment of mobile applications
C.
Fast deployment of mobile applications
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D.
Strict hierarchical networking
D.
Strict hierarchical networking
Answers
Suggested answer: A, B, C
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