If a router received an iBGP route with the originator-ID attribute set to its owm router ID, the route is discarded.

Routes received from nonclient peers are reflected to route reflector clients as well as nonclient peers.

Routes received from nonclient peers are reflected to route renector cluster as well as OSPF peers.

If a route reflector receives a route with a cluster-list attribute containing a different cluster ID, the route is discarded.

Routes received from a route reflector Client are reflected to other clients and nonclient peers.

commit the configuration

roll back the configuration

save the running configuration

merge the configuration

STP

inverse ARP

RPF

split horizon

The AS-PATH filter must be defined inside the route-map mode

At the end ip as-path access-list 10 permit .* must be included

The statement must be modified with ip as-path access-list 1 deny _64502_

The statement must CM modified with ip as path access list 1 deny A64502$

Cisco IOS XR router must use LDP to route back to the Cisco IOS router to establish the peer relationship.

Cisco IOS XR Software does not support BFD multihop for IPv4.

Cisco IOS XR router must use dynamic routing or a static route back to the Cisco IOS router to establish the peer relationship.

BFD is not compatible between Cisco IOS XR and Cisco IOS Software.

to support a larger number of eBGP peer sessions

to increase the number of routes that can be redistributed between the running IGP and BGP

to reduce the number of eBGP routes that must be shared between autonomous systems

to reduce the number of iBGP peering sessions

Change HMAC-MD5 to HMAC-SHA1-20

Configure the send and accept lifetime under key 1

Change HMAC-MD5 to MD5

Change HMAC-MD5 to HMAC-SHA1-12

on the tail-end device for tunnel-te1 192.168.0.7

under the tunnel-te1 interface on PE1

explicitly for tunnel-te 1 under the Cisco MPLS TE configuration mode after the timeout setting

Under the interface Loopback0 necessary for this deployment type.

On router 3, configure an access list to filter the networks.

On router 2, configure a route map to filter the networks.

Under the OSPF configuration on router 3. add area 2 range 10.44.4.0 255.255.252.0.

Under the OSPF configuration on router 2, add area 2 range 10.44.4.0 255.255.252.0.

Add a sequence number to the route map to remove the implicit deny.

Change the route map direction in the neighbor statement to out

Configure the route map with a local preference of 200 or higher.

Remove the neighbor statements from the address family configuration and activate the neighbor globally on R1.

failing to accept multicast RP information from Domain-A

advertising MSDP SA messages to R1 and R4

receiving SA messages only from R4

Router ID 10.1.5.5 is not reachable from R2

OSPF authentication has failed between R2 and 10.1.5.5

It is an expected behavior when OSPF network type is broadcast

OSPF parameters (Area ID or hello interval) are mismatched between R2 and 10.1.5.5

MED

local preference

origin

weight

Reload the router

Verity that BGP route dampening is configured

Reduce BGP convergence time

Issue the clear ip bgp * command

Issue the show ip bgp neighbors command.

It sets the keepalive timer to 30 seconds and the hold timer to 240 seconds.

It sets the keepalive timer to 30 milliseconds and the hold timer to 240 milliseconds

It sets the hold timer to 30 milliseconds and the keepalive timer to 240 milliseconds

It sets the hold timer to 30 seconds and the keepalive timer to 240 seconds

Each ISP must configure MSDP to connect its individual multicast administrative domain to the domains at other ISPs.

Each ISP must dedicate a single router to handle multicast traffic between providers.

Each ISP must replace its RP assignment with a global RP.

Each ISP must configure its network to use PIM-DM.

Each ISP must support intradomain multicast routing.

20

1

infinite

automatic

OSPF is a link-state routing protocol, and IS-IS is a distance-vector routing protocol.

OSPF uses a router ID to identify a router, and IS-IS uses a system ID.

OSPF elects a DR and a BDR, and IS-IS elects a DIS.

Unlike OSPF. IS-IS supports virtual links.

Unlike IS-IS routers, an OSPF router belongs to only one area in addition to the backbone area.

Router 1 must define an explicit path to router 2

Router 1 and router 2 must define the RSVP bandwidth reserved on the physical interfaces

Router 2 must have a tunnel interface created with router 1 as the destination

Router 1 must have Cisco MPLS TE enabled on interface gigabitethernet0/1

If RC is operating without the Cisco configuration option all three routers tear down their peering relationships and re-establish peering

All peer relationships remain up and the link-state database is unchanged

All peer relationships remain up, but the link-state database is rebuilt on each device

If RC is operating without the Cisco configuration option only 2 routers tear down their peering relationships and re-establish peering

ip pim bidir ip

multicast-routing

ipv4 pim bidir-enable

Ip pim bidlr-enable

Option A

Option B

Option C

Option D