Huawei HCIP-Datacom-Campus Network Planning and Deployment V1.5 - H12-841_V1.5무료 덤프문제 풀어보기

A. Spreads only within the core area (Area 0)

B. Propagation in NSSA areas and adjacent areas

C. Propagates only within the NSSA region where the LSA was generated.

D. Propagation throughout the OSPF autonomous system

A. Switchover is triggered based on the default timeout of the routing protocol (e.g., OSPF dead timeout of 40 seconds).

B. Fast rerouting technology based on BFD (millisecond-level switch to backup path in case of interruption)

C. All services use a single link, with no backup path.

D. Ignore the link interruption and do nothing.

A. Enable BGP route aggregation, merge routes, and then modify their properties.

B. Apply route-policy to the BGP neighbor inbound direction and set Local Preference.

C. Configure BGP neighbor MD5 authentication

D. Apply a prefix-list to filter routes in the outbound direction of BGP neighbors.

A. Transfer files only during peak bandwidth periods, pausing at other times.

B. Lower the priority of file transfers and prioritize other services.

C. Ignore bandwidth fluctuations and transfer files directly.

D. Token bucket-based traffic smoothing technology (controlling file sending rate to avoid sudden rate fluctuations)

A. IBGP neighbors are exchanging routes normally without any problems.

B. Automatic conversion between IBGP neighbors to EBGP neighbors

C. Router reflector configuration does not affect the establishment of IBGP neighbor relationships.

D. IBGP neighbor relationships cannot be established (IBGP neighbors must belong to the same AS).

A. Manually adjust the service forwarding path

B. Allocate traffic solely based on link bandwidth.

C. Static routing with fixed forwarding path

D. QoS priority scheduling based on application identification

A. Spreads only within the area where ASBR is located.

B. Propagation in the area where the ASBR is located and its adjacent areas.

C. Propagate throughout the entire OSPF autonomous system (except NSSA areas)

D. Spreads only within the core area (Area 0)

A. NAT64 (translates IPv6 addresses into IPv4 addresses to enable access)

B. IPv4/IPv6 dual-stack technology (server must support IPv6)

C. DNS64 (only performs domain name resolution, does not perform address translation)

D. IPv6 over IPv4 tunnel (only enables communication between IPv6 terminals)

A. Real-time monitoring and alerting of network performance

B. Batch distribution of branch device configuration templates

C. Automatic network topology discovery and visualization

D. Only manual device configuration via command line is supported.

A. Link priorities are preset manually and not dynamically adjusted.

B. Static routes are bound to fixed links.

C. Link Quality Detection (LQM) + Service Link Matching Strategy

D. Allocate service traffic only based on link bandwidth.

A. Reduce the wireless link transmission rate to minimize the impact of signal fluctuations.

B. Automatic reconnection of the wireless link is disabled and requires manual intervention to restore.

C. Using only a single wireless link, service is interrupted when the signal fluctuates.

D. SD-WAN wireless link optimization technology (enables link stabilization and automatically switches to backup links)

A. Data compression technology

B. Resumable download technology

C. Bandwidth adaptive technology

D. Transmission encryption technology

A. Fully stub areas do not receive Type 3 LSAs (Inter-area summary routes), while stub areas do.

B. A fully stub region receives only Type 7 LSAs, while a stub region receives Type 3 LSAs.

C. Fully stub areas receive Type 5 LSAs (AS external routes), while stub areas do not receive...

D. The full Stub area and the Stub area are identical, only the configuration commands differ.

A. Link quality monitoring and alerts

B. Device hardware resource threshold alarm

C. Configure compliance checks

D. Network topology visualization