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| Section | Objectives |
|---|---|
| 5G Radio Network Fundamentals | - Radio access network basics - 5G NR system architecture and principles |
| Troubleshooting and Performance Enhancement | - Fault diagnosis in 5G networks - Performance tuning methods |
| Radio Network Planning | - Capacity planning - Site selection and dimensioning - Coverage planning |
| Radio Network Optimization | - Mobility optimization - KPI analysis and optimization - Interference analysis and mitigation |
多くの時間とお金がいらなくて２０時間だけあって楽に一回にHuaweiのH35-581_V2.0認定試験を合格できます。JPTestKingが提供したHuaweiのH35-581_V2.0試験問題と解答が真実の試験の練習問題と解答は最高の相似性があります。
質問 # 27
Which of the following options cannot be used to address weak coverage issues?
正解：C
解説：
Adjusting neighbor relationships is the intended incorrect coverage-optimization method because neighbor configuration primarily controls mobility procedures rather than the physical radio-signal conditions that determine coverage.
Weak coverage occurs when the received signal level or effective link budget is insufficient to maintain the required radio connection and service quality.
Coverage optimization generally focuses on antenna configuration, transmit power, receiver sensitivity, propagation conditions, and interference management.
A Tower Mounted Amplifier (TMA), where supported by the equipment architecture, can improve uplink receiver performance by reducing the effective receive-system noise figure and compensating for feeder- related losses.
Antenna optimization can improve the geographical distribution of radio energy by adjusting azimuth, electrical or mechanical downtilt, antenna height, and antenna gain.
Increasing gNodeB downlink transmit power may improve received reference-signal strength, provided regulatory limits, interference considerations, and equipment constraints are respected.
Neighbor relationships serve a different function.
They identify neighboring cells that may participate in measurements, handovers, and other mobility procedures.
Changing a neighbor relationship does not directly improve propagation loss, received signal strength, or the physical coverage footprint.
Although neighbor optimization can resolve mobility failures that appear to users as coverage problems, it cannot independently correct an RF link-budget deficiency.
Therefore, option A is correct.
Official Reference: 3GPP TS 38.300, Overall Description of NR and NG-RAN , mobility-management principles; TS 38.133, Requirements for Support of Radio Resource Management . The specific RF- optimization distinction follows radio-planning principles rather than a vendor-mandated procedure.
質問 # 28
Which of the following statements correctly compare LTE PCI with NR PCI?
正解：B
質問 # 29
Which parameter specifies the maximum number of consecutive out-of-synchronization indications that a UE receives from the lower layer on the PCell?
正解：B
解説：
N310 is the correct answer because it defines the threshold number of consecutive out-of-synchronization indications received from lower protocol layers before the UE starts the applicable radio-link failure detection timer.
In 5G NR, Radio Link Monitoring (RLM) evaluates the quality of the serving radio connection using configured reference signals and associated detection thresholds.
The physical layer continuously evaluates the radio-link condition and reports in-sync or out-of-sync indications to the RRC layer when the applicable requirements are met.
When radio conditions deteriorate sufficiently, the physical layer provides out-of-sync indications.
If the UE receives N310 consecutive out-of-sync indications , the RRC layer starts timer T310, subject to the relevant procedural conditions.
The UE then monitors whether the serving radio link recovers before T310 expires.
If the UE receives N311 consecutive in-sync indications while T310 is running, the timer can be stopped, indicating recovery from the degraded radio-link condition.
If T310 expires without the required recovery, the UE performs radio-link failure handling, which may result in RRC connection reestablishment or transition to RRC_IDLE.
N312 is associated with a separate configured radio-link monitoring mechanism.
The critical distinction is that N310 specifies the consecutive indication threshold, whereas T310 represents the monitoring duration.
Official Reference: 3GPP TS 38.331, Section 5.3.10, Radio Link Failure Related Actions , and Section 7.2, Counters .
質問 # 30
For both the VoNR and EPS fallback solutions, the 5GC must interwork with the IMS.
正解：A
解説：
The statement is true because both Voice over New Radio (VoNR) and Evolved Packet System (EPS) fallback provide voice services through the IP Multimedia Subsystem (IMS), although the radio-access and core-network procedures used to deliver the voice session differ.
In a VoNR deployment, the UE maintains its connection to the 5G Core (5GC) through NR. IMS signaling and media traffic are transported over an appropriate PDU session, with the 5GC supporting QoS-flow establishment, policy enforcement, and connectivity to the IMS network.
The Session Management Function (SMF) manages the corresponding PDU session, while the User Plane Function (UPF) provides user-plane connectivity toward the IMS data network.
EPS fallback applies when the 5G system cannot provide the required IMS voice service directly over its existing radio access.
In this case, the 5GC and NG-RAN coordinate a handover or redirection toward LTE connected to the EPC.
IMS voice establishment or continuation then takes place over the EPS.
Importantly, EPS fallback does not mean that the voice-media path remains anchored in the 5GC after fallback. It means that the 5G system participates in IMS voice-service support and coordinates access to EPS when necessary.
Official Reference: 3GPP TS 23.501, Sections 5.16.3.1-5.16.3.10, IMS Support and IMS Voice Service via EPS Fallback .
質問 # 31
Different TDD slot configurations influence the network's downlink coverage, service rate, and air-interface RTT delay. Therefore, these factors must be considered during planning.
正解：A
解説：
The statement is true because Time Division Duplex (TDD) slot configuration determines the distribution and timing of uplink and downlink transmission opportunities, affecting service capacity, radio performance, and scheduling-related latency.
In 5G NR TDD, a carrier uses different time-domain resources for downlink and uplink communication.
The configured pattern defines downlink slots, uplink slots, and special slots containing a combination of downlink, uplink, or flexible symbols.
A configuration allocating a greater proportion of resources to the downlink generally provides more downlink transmission capacity, assuming comparable radio conditions and scheduling efficiency.
However, reducing uplink opportunities may increase uplink waiting time and affect the timing of uplink control information, HARQ feedback, and associated application transactions.
TDD configuration also influences downlink service performance at cell boundaries.
Although slot configuration does not directly change propagation loss or the fundamental RF link budget, the available downlink time resources can affect the achievable service rate and service-coverage boundary.
Air-interface round-trip time is influenced by the interval between transmission and the corresponding feedback or return-transmission opportunity.
Therefore, TDD planning must balance service-rate requirements, uplink capacity, downlink capacity, synchronization constraints, and latency objectives.
Consequently, the statement correctly identifies TDD slot configuration as a significant planning consideration.
Official Reference: 3GPP TS 38.213, Section 11.1, Slot Configuration ; TS 38.331, TDD-UL-DL- ConfigCommon and TDD-UL-DL-ConfigDedicated .
質問 # 32
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