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  1. Home
  2. NVIDIA Certification
  3. NCA-AIIO Exam
  4. NVIDIA.NCA-AIIO.v2026-09-18.q123 Dumps
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Question 121

You are assisting in a project that involves deploying a large-scale AI model on a multi-GPU server. The server is experiencing unexpected performance degradation during inference, and you have been asked to analyze the system under the supervision of a senior engineer. Which approach would be most effective in identifying the source of the performance degradation?

Correct Answer: C
Analyzing GPU memory usage with nvidia-smi is the most effective approach to identify performance degradation during inference on a multi-GPU server. NVIDIA's nvidia-smi tool provides real-time insights into GPU utilization, memory usage, and process activity, pinpointing issues like memory overflows, underutilization, or contention-common causes of inference slowdowns. Option A (power supply) is secondary, as power issues typically cause failures, not gradual degradation. Option B (CPU utilization) is relevant but less critical for GPU-bound inference tasks. Option D (training data) affects model quality, not runtime performance. NVIDIA's performance troubleshooting guides recommend nvidia-smi as a primary diagnostic tool for GPU-based workloads.
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Question 122

Why is explainability critical in safety-critical AI systems?

Correct Answer: C
Explainability enables human oversight, regulatory compliance, and safer decision-making.
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Question 123

You are working with a large healthcare dataset containing millions of patient records. Your goal is to identify patterns and extract actionable insights that could improve patient outcomes. The dataset is highly dimensional, with numerous variables, and requires significant processing power to analyze effectively.
Which two techniques are most suitable for extracting meaningful insights from this large, complex dataset?
(Select two)

Correct Answer: D,E
A large, high-dimensional healthcare dataset requires techniques to uncover patterns and reduce complexity.
K-means Clustering (Option D) groups similar patient records (e.g., by symptoms or outcomes), identifying actionable patterns using NVIDIA RAPIDS cuML for GPU acceleration. Dimensionality Reduction (Option E), like PCA, reduces variables to key components, simplifying analysis while preserving insights, also accelerated by RAPIDS on NVIDIA GPUs (e.g., DGX systems).
SMOTE (Option A) addresses class imbalance, not general pattern extraction. Data Augmentation (Option B) enhances training data, not insight extraction. Batch Normalization (Option C) is a training technique, not an analysis tool. NVIDIA's data science tools prioritize clustering and dimensionality reduction for such tasks.
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