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| Section | Objectives |
|---|---|
| Radio Network Planning | - Site selection and dimensioning - Capacity planning - Coverage planning |
| Troubleshooting and Performance Enhancement | - Fault diagnosis in 5G networks - Performance tuning methods |
| 5G Radio Network Fundamentals | - 5G NR system architecture and principles - Radio access network basics |
| Radio Network Optimization | - Interference analysis and mitigation - KPI analysis and optimization - Mobility optimization |
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NEW QUESTION # 60
Which of the following modules assigns QFIs during PDU session establishment?
Answer: C
Explanation:
The Session Management Function (SMF) is responsible for controlling QoS flows within a PDU session and allocating the associated QoS Flow Identifiers (QFIs).
In the 5G QoS architecture, a QoS flow is the smallest unit of QoS differentiation within a PDU session.
Each QoS flow is identified by a QFI, which is unique within the scope of that PDU session.
The SMF manages the establishment, modification, and release of QoS flows according to subscription information, policy decisions, and service requirements.
During PDU session establishment, the SMF determines the applicable QoS configuration and provides QoS- related information to the User Equipment (UE), access network, and User Plane Function (UPF).
The assigned QFI allows packets belonging to the same QoS flow to receive the appropriate forwarding treatment.
The UPF applies packet detection, forwarding, and QoS enforcement rules supplied through session management procedures, but it does not serve as the principal QFI allocation function.
The AMF manages access and mobility signaling and transports relevant session-management signaling between the UE and SMF.
The UDM supplies subscription and user-related data.
Although QFIs may be dynamically assigned or derived from standardized QoS identifiers in applicable configurations, QoS-flow control remains an SMF responsibility.
Therefore, option B is correct.
Official Reference: 3GPP TS 23.501, Sections 5.7.1.1 and 6.2.2, QoS Flow and Session Management Function .
NEW QUESTION # 61
Which propagation model is selected by default when the U-Net is used for simulation?
Answer: E
NEW QUESTION # 62
Which of the following parameters relate to open-loop power control for PUCCH power control?
Select All that Apply
Answer: A,B,C
Explanation:
Options A, B, and C are the intended answers because the 5G NR Physical Uplink Control Channel (PUCCH) transmit-power calculation depends on subcarrier spacing, allocated radio resources, and format-dependent control-information characteristics.
PUCCH carries Uplink Control Information (UCI), including HARQ acknowledgments, Scheduling Requests (SR), and Channel State Information (CSI).
PUCCH power control combines open-loop parameters with dynamically accumulated closed-loop Transmit Power Control (TPC) adjustments.
The open-loop component establishes a transmission-power baseline using configured power offsets, downlink path-loss estimation, and the transmission-resource configuration.
Option A - PUCCH SCS: Subcarrier spacing contributes to the bandwidth-dependent term of the PUCCH transmit-power formula.
Option B - UCI format: The intended concept concerns PUCCH format and UCI payload-dependent adjustments. Different PUCCH formats have different symbol structures, payload capacities, and associated power-adjustment requirements.
Option C - Number of RBs: The allocated PUCCH Resource Blocks affect transmission bandwidth and the corresponding power calculation.
Option D - PUCCH MCS: Unlike PUSCH, PUCCH power control does not use a conventional PUCCH MCS index as an independent open-loop power-control parameter.
Consequently, options A, B, and C correctly identify the relevant factors in the intended examination context.
Official Reference: 3GPP TS 38.213, Section 7.2.1, PUCCH Transmit Power ; TS 38.331, PUCCH- PowerControl Configuration .
Technical warning / qualification: The original option B states UCI format . The standards use the more precise concepts of PUCCH format and UCI payload-dependent adjustments. For technical accuracy, this option should be revised before publication. The original wording has been preserved above.
NEW QUESTION # 63
Which of the following cause values can be carried in the SCG failure information message?
Select All that Apply
Answer: A,C
Explanation:
Options A and B are correct because both SCG reconfiguration failure and an RLC maximum-retransmission condition are defined failure causes that can be reported through the Secondary Cell Group (SCG) failure information procedure.
In NR Dual Connectivity, the SCG represents the secondary radio resources provided by the Secondary Node.
When an SCG failure occurs, the UE may report the failure to the Master Node without immediately releasing the entire master connection.
Option A - SCG reconfiguration failure: This condition occurs when the UE cannot successfully apply an applicable RRC reconfiguration affecting the SCG. The standardized failure type is scg-reconfigFailure .
Option B - Maximum RLC retransmissions: When the SCG Radio Link Control (RLC) entity reaches its configured maximum retransmission threshold, the UE can initiate SCG failure reporting. The corresponding standardized failure type is rlc-MaxNumRetx .
Option C - T301 timeout: T301 is associated with RRC connection reestablishment. Its expiration is not defined as one of the listed SCG failure types.
Option D - SRB1 integrity check failure: The SCG failure procedure can report an SRB3 integrity failure, not the SRB1 condition specified in this option.
Therefore, A and B are the correct choices.
Official Reference: 3GPP TS 38.331, Section 5.7.3, SCG Failure Information Procedure , and Section 6.2.2, SCGFailureInformation Message and FailureType .
NEW QUESTION # 64
Which of the following network-capability requirements apply to vehicle platooning in V2V?
Select All that Apply
Answer: A,B,C
Explanation:
Vehicle platooning involves multiple vehicles traveling cooperatively while maintaining coordinated distances, speeds, and driving behavior.
Vehicle-to-Vehicle (V2V) communication supports the exchange of information such as vehicle position, velocity, acceleration, braking intentions, and cooperative driving commands.
Option A - 10-40 Mbit/s: The material identifies this data-rate range as a capability requirement for the specified platooning scenario.
Option C - Reliability above 99.999%: The question bank uses this stringent reliability target to characterize communications intended to support safety-critical vehicle coordination.
Option D - Latency of 1-10 ms: This range represents the low-latency objective assumed by the question.
Rapid delivery of coordination messages can be important when vehicles operate with short inter-vehicle gaps.
Option B is excluded under that assumed profile because its upper latency bound is substantially higher.
However, these exact figures are not established as universal vehicle-platooning requirements by 3GPP TS 22.186 . Its vehicle-platooning table specifies scenario-dependent figures, including 10-25 ms latency, reliability values up to 99.99% where explicitly stated, and data-rate requirements that can reach 65 Mbit/s.
Therefore, A, C, and D are the supplied course-bank answer, not an independently standards-confirmed combination.
Official Reference: 3GPP TS 22.186, Section 5.2, Table 5.2-1, Performance Requirements for Vehicles Platooning .
NEW QUESTION # 65
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