A. The multicast sources must register with the RP to form the multicast distribution tree
B. An RP is required only in networks running Protocol Independent Multicast dense mode ( PIM DM)
C. The multicast receivers must register with the RP to form the multicast distribution tree
D. An RP is required only in networks running Protocol Independent Multicast sparse mode (PIM SM)
E. An RP is required only in networks running Pro tocol Independent Multicast sparse - dense mode (PIM - SDM)
F. To form the multicast distribution tree, the multicast sources register with and the receivers join the RP
第1题:
A. acts as a meeting place for sources and receivers of multicast traffic
B. used in PIM dense m ode to create a database of all multicast sources
C. used in PIM dense and sparse mode to create a database of all multicast sources
D. acts as the designated router for a broadcast segment when multicast routing is enabled
第2题:
Which two statements are true about the rendezvous poin t (RP) in a multicast network?()
第3题:
Which two statements about NTP version 4 are true?()
第4题:
Which two statements are tru e about the rendezvous point (RP) in a multicast network?()
第5题:
As the Company wireless administrator, you required to be knowledgeable about the wireless LAN components. Which two statements about these components are true? ()
第6题:
In a run sparse-dense-mode multicast network, when rendezvous point down , will the recipient receive the packets send by the source?why?
第7题:
Which three statements about anycast RP are true? ()
第8题:
The multicast sources must register with the RP to form the multicast distribution tree.
An RP is required only in networks running Protocol Independent Multicast dense mode (PIM DM).
The multicast receivers must register with the RP to form the multicast distribution tree.
An RP is required only in networks running Protocol Independent Multicast sparse mode (PIM SM).
An RP is required only in networks running Protocol Independent Multicast sparse - dense mode (PIM - SDM).
To form the multicast distribution tree, the multicast sources register with and the receivers join the RP.
第9题:
It supports fast synchronization at starting and before network failures
It supports automatic server discovery
It uses a fixed-point arithmetion
It supports the nanokernel kernel implementation
It does not support Public-Key Cryptography
第10题:
The multicast sources must register with the RP to form the multicast distribution tree.
An RP is required only in networks running Protocol Independent Multicast dense mode (PIM DM).
The mu lticast receivers must register with the RP to form the multicast distribution tree.
An RP is required only in networks running Protocol Independent Multicast sparse mode (PIM SM).
An RP is required only in networks running Protocol Independent Mu lticast sparse - dense mode (PIM - SDM).
To form the multicast distribution tree, the multicast sources register with and the receivers join the RP.
第11题:
第12题:
PIM sparse - dense mode and PIM dense mode require an RP on the network.
PIM sparse mode and PIM dense mode require an RP on the network.
PIM sparse mode interfaces are always added to the multicast routing table in a router.
PIM sparse mode and PIM sparse - dense mode require an RP on the network.
PIM dense mode interfaces are always added to the multicast routing table in a router.
PIM sparse - dense mode acts as PIM dense mode if an RP is not known.
第13题:
Which two of these multicast deployments are most susceptible to attacks from unknown sources?()
第14题:
Which two multicast protocol statements are true? (Choose two.) ()
第15题:
Which three statements are true about IP multicast configuration?()
第16题:
Which two of these multicast deployments are most susceptible to attacks from unknown sources?()
第17题:
Which two statements about RPF checks in Multicast Source Discovery Protocol (MSDP) are true?()
第18题:
What is the purpose of a rendezvous point (RP)?()
第19题:
Which two statements are true about the rendezvo us point (RP) in a multicast network?()
第20题:
In the autonomous access point solution, control is provided by the WLAN controller.
In the lightweight access point solution, WLAN management is provided by the WLAN Control System (WCS).
In the autonomous access point solution, control is provided by the WDS (Wireless Domain Services).
Cisco Aironet autonomous access points cannot be supported by the Cisco Unified Wireless Network.
Ii the lightweight access point solution, WLAN management is provided by the WLAN Solution Engine (WLSE).
Cisco Aironet lightweight access points cannot be supported by the Cisco Unified Wireless Network.
第21题:
ASA supports both stubmulticast routing and PIMmulticast routing. However, you cannot configure bothconcurrently on a single security appliance
When configured for stubmulticast routing, the ASA can act as the Rendezvous Point (RP)
If the ASAdetects IGMPversion1 routers, the ASAwill automatically switch to IGMP version 1 operations.
The ASA supports both PIM-SM and bi-directional PIM
Enabling multicast routing globally on the ASA automatically enables PIM and IGMP on all interfaces
The ASA can be configured for IGMP snooping toconstrain theflooding of multicast traffic by dynamically configuring themulticast traffic to be forwarded only those interfaces associated with hosts requesting themulticast group
第22题:
MSDP is running between anycast RPs
Anycast RP provides redundancy and load-sharing capabilities
Multicast BGP is running between anycast RPs
In anycast RP,two or more RPs are configured with the same multicast IP address on loopback interfaces
In anycast RP,two or more RPs are configured with the same unicast IP address on loopback interfaces
第23题:
The multicast sources must register with the RP to form the multicast distribution tree
An RP is required only in networks running Protocol Independent Multicast dense mode ( PIM DM)
The multicast receivers must register with the RP to form the multicast distribution tree
An RP is required only in networks running Protocol Independent Multicast sparse mode (PIM SM)
An RP is required only in networks running Pro tocol Independent Multicast sparse - dense mode (PIM - SDM)
To form the multicast distribution tree, the multicast sources register with and the receivers join the RP