A. 802.11n
B. 802.11ax
C. 802.11a
D. 802.11g
A. FALSE
B. TRUE
A. LSA
B. LSACK
C. LSR
D. LSU
A. 00E0-FCFF-FEEF-0FEC
B. 00E0-FCEF-FFFE-0FEC
C. 02E0-FCEF-FFFE-0FEC
D. 02E0-FCFF-FEEF-0FEC
A. 8 bits
B. 16 bits
C. 2 bits
D. 4 bits
A. 30 seconds
B. 10 seconds
C. 40 seconds
D. 20 seconds
A. The host with the source IP address 200.0.12.2 cannot access the Internet.
B. The host with the source IP address 200.0.12.8 cannot access the Internet.
C. The host with the source IP address 200.0.12.6 cannot access the Internet.
D. The host with the source IP address 200.0.12.4 cannot access the Internet.
A. 237.6.1.2/24
B. 145.4.2.55/26
C. 127.3.1.4/28
D. 192.168.10.112/30
A. DHCP provides heavy workload and is difficult to manage.
B. If the configuration information changes, for example, the DNS server address changes, the administrator only needs to modify the configuration information on the DHCP server, facilitating unified management.
C. IP addresses can be reused.
D. DHCP can prevent IP address conflicts.
A. Attempt
B. Full
C. Down
D. 2-way
A. Application layer, presentation layer, session layer, transport layer, network layer, data link layer, and physical layer
B. Application layer, presentation layer, session layer, network layer, transport layer, data link layer, and physical layer
C. Application layer, session layer, presentation layer, transport layer, network layer, data link layer, and physical layer
D. Application layer, transport layer, network layer, data link layer, and physical layer
A. Gateway address
B. IP address
C. Address of the DNS server
D. Operating system
A. Edge Port
B. Forwarding Port
C. Backup Port
D. Alternate Port
A. In the Exchange state, routers send DD packets that briefly describe link-state information to each other to describe the content of the local LSDB.
B. After LSDB synchronization is completed, the router state changes to Full.
C. The master/slave relationship of OSPF is formed in the ExStart state.
D. The sequence number of DD packets is determined in the Exchange state.