A. ip Hot-Spot walled-garden
B. ip Hot-Spot profile
C. ip Hot-Spot walled-garden ip
D. ip Hot-Spot ip-binding
A. Redirects a packet to a specified port on a host in the network
B. Redirects a packet to a specified IP
C. Redirects a packet to a specified port on the router
D. Redirects a packet to the router
A. chain=dstnat
B. chain=forward
C. chain=srcnat
A. Class A
B. Class D
C. Class C
D. Class B
A. line vty 0 4
B. line con 0
C. line aux 0 4
D. line telnet 0 4
A. Stations on wlan2 will be able to communicate with stations on wlan1
B. Stations on wlan1 will be able to communicate with stations on wlan1
C. To prevent communication between wlan1 and wlan2 one cannot use Bridge Filters
D. Stations on wlan1 will be able to communicate with stations on wlan2
E. Stations on wlan2 will be able to communicate with stations on wlan2
A. yes, but only if dst-addr is specified
B. no
C. yes
D. yes, but it works only for incoming connections
A. TCP port 53
B. UDP
A. frequency
B. DFS mode
C. band
D. ssid
E. mode
F. radio name
G. WDS
H. scan-list
A. Queue limits host 192.168.1.10 upload data rate to one megabit per second.
B. Queue guarantees download data rate of one megabit per second for host 192.168.1.10
C. Queue guarantees upload data rate of one megabit per second for host 192.168.1.10
D. Queue limits host 192.168.1.10 download data rate to one megabit per second.
A. Route via gateway 2.2.2.2
B. Route via gateway 1.1.1.1
A. 3, 4 and 5
B. 1 and 3
C. All of the above
D. 1, 3 and 5
A. The router is connected only to a wireless network
B. The router is connected only to a secondary Ethernet port
C. The router does not have an operating system
D. You do not know the password of the router
A. C
B. A
C. A and B
D. B
A. address list name
B. client's address
C. client's MAC address
D. server's address