Free Nokia 4A0-C02 Practice Exam with Questions & Answers | Set: 7

BGP IPv4 routes for all PE system addresses in AS 5000.

VPN-IPv4 routes for all PE system addresses in AS 5000.

BGP labeled IPv4 routes for all PE system addresses in AS 5000.

LDP labeled routes for all PE system addresses in AS 5000.

PE2 pushes one label on the IP packet and label-switches it to ASBR2.

ASBR2 forwards an unlabeled IP packet to ASBR1.

ASBR1 pushes one label on the IP packet and label-switches it to PEL

PE1 pops one label and forwards the IP packet to CE1.

Defining the slope of the TCP slow-start mechanism for self generated traffic.

Defining the slope of the scheduling rate per forwarding class when using HQoS.

Defining the high and low slope values when deploying buffer admission control for UDP traffic in the committed buffer pool.

Defining the high and low slope values when deploying buffer admission control for TCP traffic in the shared buffer pool.

Defining the high and low slope values when deploying buffer admission control for TCP traffic in the committed buffer pool.

packet filtering

prioritization of traffic flows

least cost routing

OAM functionality

separation between the data plane and the control plane

Real-time

Assured

Non-conforming

High priority

In-profile

Shapeless policing at SAP-ingress only.

Shapeless policing at SAP-ingress and egress.

Biased round robin queuing at ingress only.

Soft shaping at all network interfaces.

Soft shaping at network ingress only.

The entire confederation is viewed as a single AS by an eBGP peer.

Within a confederation, each member AS is considered as a stand-alone AS.

Member ASs within a confederation can use route reflection.

Member ASs must be fully meshed within a confederation.

It is a global network relying on interconnections provided by Internet service providers.

It is a continuous and interconnected set of public IP networks, advertised and shared across the globe.

It is a settlement-free global network that provides interconnection between Internet service providers.

It is a network that allows any Internet service provider to reach every other Internet service provider in the world.

The route is discarded.

The route is kept in the RIB-In, but marked as an invalid route.

The route is moved to the LOC-RIB, but not marked as a used route.

The route is moved to the route table, but not to the FIB.

R1-R3-R8

R1-R2-R4-R8

R1-R3-R4-R8

R1-R2-R4-R3-R8

The router will accept the update and send a notification.

The router will not accept the update and send a notification.

The router will accept the update and ignore the attribute.

The router will accept the update and propagate the attribute.

ISP 1 has a peering relationship with ISP 2 and ISP 4.

ISP 1 has a peering relationship with ISP 2 and a transit relationship with ISP 3.

ISP 1 has a peering relationship with ISP 2 and ISP 3.

ISP 1 has a transit relationship with ISP 2 and ISP 4.

ISP 1 has a transit relationship with ISP 2 and a peering relationship with ISP 3.

Advertising customer networks into BGP.

Sending aggregates that summarize the AS s address space.

Sending MEDs to influence ingress traffic from peers.

Preventing unwanted NLRI from entering the AS.

The BGP router that originates an update sets the Originator_ID.

The Originator_IDis set to the ClusterJD of the advertising router reflector.

Both confederation and route reflector topologies use the Originator_ID.

A BGP router ignores an update that contains its own BGP router ID as Originator_ID.

It is used for loop detection within the same cluster.

It is used for loop detection between clusters.

It is used for loop detection in a confederation.

It is used to identify the route reflectors within an AS.