Implementing DiffServ involves the configuration of RSVP.
Implementing IntServ allows QoS to be performed by configuring only the ingress and egress devices.
Implementing IntServ involves the utilization of RSVP.
Traffic should be classified and marked by the core network devices.
Traffic should be classified and marked as close to the edge of the network as possible.
第1题:
Which two statements or sets of statements are true about the application of the qos pre-classify command?()
第2题:
The Cisco AutoQoS feature is being used throughout the Company VOIP network. Which three statements about this feature are true?()
第3题:
QoS中通常有以下哪些服务模型()。
第4题:
QoS的服务模型包括哪几种?()
第5题:
以下哪些不属于QoS中的服务模型()
第6题:
Which two statements are true about network voice traffic? (Choose two.)()
第7题:
Which two statements are true about the implementation of QoS? ()
第8题:
Voice traffic is affected more by link speed than FTP traffic is.
Voice traffic is affected more by packet delays than FTP traffic is.
Voice streams involve larger packet sizes than most TCP network traffic involves.
Voice traffic is more sensitive to packet loss than TCP network traffic is.
Voice traffic requires QOS mechanisms only in heavily loaded network segments.
第9题:
DAI can be performed on ingress ports only.
DAI can be performed on both ingress and egress ports.
DAI is supported on access ports, trunk ports, EtherChannel ports, and private VLAN ports.
DAI should be enabled on the root switch for particular VLANs only in order to secure the ARP caches of hosts in the domain.
DAI should be configured on all access switch ports as untrusted and on all switch ports connected to other switches as trusted.
DAI is supported on access and trunk ports only.
第10题:
The DiffServ model requires applications to signal the network with QoS requirements.
The DiffServ model can be used to deliver QoS based upon IP precedence, or source and destination addresses.
The DiffServ model requires RSVP.
The best effort model is suitable for applications such as file transfer and e-mail
The IntServ model requires applications to signal the network with QoS requirements.
The IntServ model attempts to deliver a level of service based on the QoS specified by each packet
第11题:
the DiffServ model requires applications to signal the network with QoS requirements
the DiffServ model can be used to deliver QoS based upon IP precedence, or source and destination addresses
the DiffServ model requires RSVP
the best effort model is suitable for applications such as file transfer and e-mail
the IntServ model requires applications to signal the network with QoS requirements
the IntServ model model attempts to deliver a level of service based on the QoS specified by each packet
第12题:
best-effort delivery
ingress committed rate (ICR)
shaping and policing
egress committed rate (ECR)
Integrated Services (IntServ)
differentiated services (DiffServ)
第13题:
Which QoS model manages the QoS requirements for the network on a per-hop behavior (PHB) basis?()
第14题:
Which two statements are true about the various methods of implementing QoS?()
第15题:
中国电信在部署MPLSVPN,采用的QOS业务模型为()。
第16题:
大公司视频会议比较多,QoS一般采取()服务模型。
第17题:
Which two statements about the DiffServ QoS model are true?()
第18题:
Which three statements are true about the appliance of QoS models?()
第19题:
the auto discovery qos command is supported on serial interfaces, subinterfaces, and virtual interfaces
CEF must be enabled before configuring the auto discovery qos command
the auto discovery qos privilege EXEC command must be configured on a router for several days to collect a sampling of data traffic
the auto qos trust command relies on NBAR to provide VoIP classification
the auto qos voip command configures the voip classification on routers and switches
第20题:
DiffServ requires RSVP to set up a path through the network to accommodate the requested QoS.
Network traffic is identified by class, and the level of service is chosen for each class.
The DiffServ model relies on a fairly simple mechanism to provide QoS over a wide range of equipment.
RSVP enables the DiffServ model to provide end-to-end QoS.
The DiffServ model is more scalable than the IntServ model.
The flow-based approach of the DiffServ model is ideal for large scalable implementations such as the public Internet.
第21题:
Implementing DiffServ involves the configuration of RSVP.
Implementing IntServ allows QoS to be performed by configuring only the ingress and egress devices.
Implementing IntServ involves the utilization of RSVP.
Traffic should be classified and marked by the core network devices.
Traffic should be classified and marked as close to the edge of the network as possible.
第22题:
The mls qos global configuration command must be entered before configuring AutoQoS.
CEF must be enabled.
The no auto qos voip command is used to disable Cisco AutoQos and revoke all configurations generated by Cisco AutoQos.
CDP must be enabled.
SNMP must be enabled.
第23题:
If the classification policy is based upon the ToS byte, the qos pre-classify command is required because the ToS byte only appears in the inner IP header.
The ToS byte is copied to the outer header by default. Therefore, the qos pre-classify command is not necessary.
With GRE encapsulation, the qos pre-classify command is applied on the tunnel interface. This practice allows for different OoS configurations on each tunnel.
With GRE encapsulation, the qos pre-classify command is applied on the physical interface. This practice allows for different OoS configurations on each interface.
With IPsec encapsulation, the qos pre-classify command is applied on the physical interface. This practice allows for different OoS configurations on each interface.
第24题:
Cisco AutoQoS can be used repeatedly to apply a single QoS policy to multiple interfaces.
Cisco AutoQoS includes an optional web-based GUI for automating the configuration of QoS services.
Cisco AutoQoS provides capabilities to automate VoIP deployments.
The auto qos global configuration command is used to configure Cisco AutoQoS.
The Modular QoS CLI (MQC) is the best way to fine tune QoS configurations.
The SDM QoS wizard is the fastest way to implement QoS.