H35-581_V2.0 Dumps - H35-581_V2.0 Examengine

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Huawei H35-581_V2.0 Exam Syllabus Topics:

Section	Objectives
Topic 1: Troubleshooting and Performance Enhancement	- Performance tuning methods - Fault diagnosis in 5G networks
Topic 2: 5G Radio Network Fundamentals	- Radio access network basics - 5G NR system architecture and principles
Topic 3: Radio Network Optimization	- Interference analysis and mitigation - Mobility optimization - KPI analysis and optimization
Topic 4: Radio Network Planning	- Coverage planning - Capacity planning - Site selection and dimensioning

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Huawei HCIP-5G-RNP&RNO V2.0 H35-581_V2.0 Prüfungsfragen mit Lösungen (Q31-Q36):

31. Frage
Which propagation model is selected by default when the U-Net is used for simulation?

A. Umi
B. Rayce
C. Rma
D. Uma
E. Propagation models are fundamental to radio-network planning because they estimate signal attenuation across different deployment environments.
The Urban Microcell (UMi) model represents deployments in which base stations are typically installed below surrounding rooftop levels, often along streets and within dense urban environments.
UMi propagation calculations account for relevant line-of-sight and non-line-of-sight characteristics, including distance-dependent path loss and environmental conditions.
The Urban Macrocell (UMa) model represents larger macrocell deployments, generally involving higher base-station antenna positions and different propagation assumptions.
The Rural Macrocell (RMa) model addresses comparatively open rural environments, where terrain, longer propagation distances, and lower building density influence coverage predictions.
Ray-tracing models use geometrical descriptions of the environment to estimate propagation through mechanisms such as reflection, diffraction, and scattering.
Huawei's official 5G Wireless Network Planning Solution White Paper confirms that its planning solutions support UMi, UMa, and Huawei-developed ray-tracing propagation models.
However, the availability of these models does not establish which model is selected by default in a particular release of Huawei U-Net.
Official Reference: Huawei, 5G Wireless Network Planning Solution White Paper , Sections 2.2.1 and
2.2.3, High-Precision 5G Propagation Model and Refined Coverage Prediction .

Antwort: E

32. Frage
For a Huawei base station, when the PDCCH rate-matching function is disabled, the PDCCH occupies the full bandwidth in the frequency domain.

A. True
B. False

Antwort: A

Begründung:
The intended answer is True, based on the behavior described for Huawei's rate-matching-pattern- configuration-based PDCCH resource-management feature.
The Physical Downlink Control Channel (PDCCH) carries Downlink Control Information (DCI), including uplink grants, downlink scheduling assignments, and relevant control indications.
In standardized NR operation, PDCCH transmission resources are organized through Control Resource Sets (CORESETs).
A CORESET defines the applicable frequency-domain resources and time-domain duration for PDCCH monitoring and transmission.
Huawei's feature description distinguishes between operation with the specified PDCCH rate-matching function enabled and disabled.
When the feature is disabled, the documented Huawei implementation allows the PDCCH frequency-domain resource arrangement to extend across the configured cell bandwidth.
When the feature is enabled, the available PDCCH frequency-domain resource range may be restricted according to the corresponding configuration parameters.
This capability can be used to manage control-channel resource allocation and coordinate resource utilization with scheduled data transmissions.
However, the description must not be interpreted as stating that every individual PDCCH transmission occupies every Resource Block in the cell.
Actual PDCCH transmission remains governed by the applicable CORESET configuration, aggregation level, and Control Channel Element (CCE) allocation.
Therefore, option A is the intended Huawei implementation-specific answer.
Official Reference: Huawei, 5G RAN Channel Management Feature Parameter Description , Section 5, PDCCH Channel Management - PDCCH Frequency-Domain Resource Range ; 3GPP TS 38.211, Section
7.3.2, Physical Downlink Control Channel .
Technical warning / qualification: The Huawei-authored feature description supports this expected behavior, but an independently authenticated copy from Huawei's official documentation portal for the precise H35-581 V2.0 software release was not established. The answer must remain vendor-version-qualified rather than universally applicable to all NR base stations.

33. Frage
A gNodeB can collect the causes of handover-preparation and handover-execution failures.

A. True
B. False

Antwort: A

Begründung:
The statement is true because 5G NR performance-management procedures support the collection of handover failure statistics, including information that identifies failures during both handover preparation and handover execution.
The handover procedure contains distinct preparation and execution phases.
During handover preparation , the source gNodeB coordinates with the target gNodeB or the core network to prepare the necessary radio and session resources.
Preparation can fail because of resource-admission restrictions, incompatible configuration, transport- signaling problems, or other procedural errors.
Applicable NGAP and XnAP handover failure messages include cause information that can be recorded for network performance analysis.
During handover execution , the UE attempts to access the target cell and complete the required radio- connection reconfiguration.
Execution failures can occur because of radio-link problems, random-access failures, timer expiration, or unsuccessful completion of the mobility procedure.
The gNodeB can collect relevant failure statistics through standardized performance measurements and applicable signaling or UE failure reports.
3GPP TS 28.552 defines separate counters for unsuccessful handover preparation and execution, including failure-cause-specific subcounters.
These measurements assist operators in distinguishing admission-control problems from radio-mobility and execution problems.
Therefore, option A is correct.
Official Reference: 3GPP TS 28.552, Sections 5.1.1.6.1.3 and 5.1.1.6.1.9, Number of Failed Handover Preparations and Executions ; TS 38.423, XnAP Handover Procedures .

34. Frage
Which scenario requires a measurement-based SCG addition but does not allow blind SCG addition?

A. SCG addition after RPC connection reestablishment
B. Periodic SCG addition after network access
C. SCG addition after a handover
D. Initial SCG addition after initial access

Antwort: B

Begründung:
Periodic Secondary Cell Group (SCG) addition after network access is the intended answer because the Huawei NSA procedure described in the material requires measurement-based SCG addition for subsequent periodic additions.
In E-UTRA-NR Dual Connectivity (EN-DC), the LTE eNodeB operates as the Master Node (MeNB), while the NR gNodeB operates as the Secondary Node (SgNB).
SCG addition allows the network to establish NR connectivity for a UE already connected to the LTE master network.
Huawei's implementation distinguishes measurement-based SCG addition from blind SCG addition.
In measurement-based addition, the MeNB configures the UE to measure neighboring NR cells. The UE reports eligible NR measurements, commonly through a B1 measurement-reporting procedure, enabling the network to select an appropriate NR secondary cell.
Blind addition does not require a fresh qualifying measurement report before initiating the corresponding addition attempt.
According to the supplied implementation description, blind addition is restricted to initial addition scenarios, including initial access, incoming handover, and incoming RRC connection reestablishment.
Periodic addition occurs after the initial addition opportunity and therefore requires measurement-based selection under this configuration.
Consequently, option C is the intended answer.
Official Reference: 3GPP TS 37.340, E-UTRA and NR Multi-Connectivity , topic Secondary Node Addition and Modification Procedures .

35. Frage
A single measurement counter of the gNodeB can be part of multiple measurement subsets.

A. True
B. False

Antwort: A

Begründung:
The intended answer is True because a gNodeB measurement counter may be associated with multiple measurement subsets or groupings within a performance-management implementation.
Performance measurement is essential for evaluating NR radio-network quality, identifying faults, monitoring resource utilization, and supporting optimization decisions.
A measurement counter represents an individual statistical quantity, such as the number of connection attempts, handover failures, successfully transferred data units, or occupied radio resources.
Measurement subsets provide logical groupings through which selected counters are organized and collected for particular operational purposes.
For example, a counter recording handover failures may contribute to a mobility-performance measurement subset and also be included in a broader service-quality measurement grouping.
This arrangement allows the same underlying statistical quantity to support different performance-analysis activities without requiring the network element to maintain entirely unrelated measurements for each report.
The counter's identity and measurement definition remain unchanged, even when it is referenced through several logical groupings.
However, the concepts of measurement counter, measurement subset, measurement job, and performance report must be distinguished. Their exact relationships depend on the performance-management data model and vendor implementation.
The updated question bank explicitly identifies this statement as true.
Official Reference: 3GPP TS 28.552, 5G Performance Measurements ; TS 28.550, Performance Management - Concepts and Requirements .
Technical warning / qualification: These standards establish 5G performance-measurement concepts, but the precise Huawei rule allowing one counter to belong to multiple measurement subsets has not been independently verified against the Huawei counter-configuration documentation.

36. Frage
......

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