For the following protocols， which one provides a mechanism to transparently intercept and redirect CIFS traffic from a client to a local Cisco Wida Area Application engine？（）

A . It provides dynamic neighbor discovery. B . It detects unreachable neighbors in 90 second intervals. C . It maintains neighbor relationships. D . It negotiates correctness parameters between neighboring interfaces. E . It uses timers to elect the router with the fastest links as the designated router. F . It broadcasts hello packets throughout the internetwork to discover all routers that are running OSPF

A . FTP B . SMTP C . Telnet D . DNS E . All of the above

A . It is restricted in size to only three segments B . It requires the use of netBT as the network protocol C . It requires the implementation of IKE D . It relies on an underlying Public Key Infrastructure

A . A routed protocol is assigned to an interface and determines the method of packet deliver. B . A routing protocol determines the path of a packet through a network. C . A routed protocol determines the path of a packet through a network. D . A routing protocol operates at the transport layer of the OSI model. E . A routed protocol updates the routing table of a router.

A . Use the command ip nbar protocol-discovery to allow identification of stateful protocols. Use the command ip nbar port-map to attach the protocols to an interface. B . Use the command match protocol rtp to allow identification of real-time audio and video traffic. Use thecommand ip nbar port-map to extend the NBAR functionality for well-known protocols to new port numbers. C . Use the command match protocol to allow identification of stateful protocols. Use the command ip nbar port-map to attach the protocols to an interface. D . Configure a traffic class. Configure a traffic policy. Attach the traffic policy to an interface. E . Configure video streaming. Configure audio streaming. Attach the codec to an interface.

A . FTP B . TFTP C . SMTP D . Telnet E . DNS

A . use the command ip nbar protocol-discovery to allow identification of stateful protocols. Use the command ip nbar port-map to attach the protocols to an interface B . use the command match protocol rtp to allow identification of real-time audio and video traffic. Use the command ip nbar port-map to extend the NBAR functionality for well-known protocols to new port numbers C . use the command match protocol to allow identification of stateful protocols. Use the command ip nbar port-map to attach the protocols to an interface D . configure a traffic class. Configure a traffic policy. Attach the traffic policy to an interface.  E . configure video streaming. Configure audio streaming. Attach the codec to an interface

A . Service Ethertype B . ISL C . PseudoLAN TAG D . 802.1q VLAN TAG E . Control Word F . Tunnel Label

A . It provides dynamic neighbor discovery B . It detects unreachable neighbors in 90 second intervals C . It maintains neighbor relationships D . It negotiates correctness parameters between neighboring interfaces E . It uses timers to elect the router witch the fastest links as the designated router F . It broadcasts hello packets throughout the internetwork to discover all routers that are running OSPF

A . NTP B . NNTP C . SMTP D . SNMP E . HTTPS F . TFTP

A . SMTP B . Telnet C . FTP D . DNS

A . It is a label distribution protocol for MPLS B . It is a set of procedures and messages by which LSRs establish Label Switch Paths （LSPs） through a network C . Tag distribution Protocol （TDP） was the basis for LDP D . All of the above are true

A . RIPv1 B . IGRP C . EIGRP D . OSPF E . IS-IS F . RIPv2

A . ISSU，OSPF，IS-IS B . IETF，OSPF，ISSU C . IS-IS，EIGRP，SSO，BGP D . EIGRP，BGP，OSPF，IS-IS

A . root port B . backup port C . designated port D . alternate port

A . RIPv1 B . RIPv2 C . EIGRP D . IGRP E . OSPF F . VLSM

A . It provides dynamic neighbor discovery. B . It detects unreachable neighbors in 90 second intervals. C . It maintains neighbor relationships. D . It negotiates correctness parameters between neighboring interfaces. E . Ituses timers to elect the router with the fastest links as the designated router. F . It broadcasts hello packets throughout the internetwork to discover all routers that are running OSPF.

A . Discontiguous subnets are not allowed. B . Variable length subnet masks are allowed. C . RIP v1 is a classless routing protocol. D . IGRP supports classless routing within the same autonomous system. E . RIP v2 supports classless routing.

A . ipx B . ip C . udp D . tc

A . Automatic 6to4 B . Manually configured tunnel C . ISATAP D . GRE

A . TACACS B . Telnet C . SMTP D . SNMP E . HTTP F . TFTP

A . RIPv1 B . EIGRP C . OSPF D . IGRP E . RIPv2

A . OSPF topology table B . OSPF interface table C . OSPF routing information base D . OSPF link-state database E . OSPF adjacency table F . OSPF neighbor table

A . BGP B . OSPF C . ISIS D . RSVP