MLA-C01試験問題、MLA-C01技術試験

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AmazonのMLA-C01試験クイズを選択するのは賢明な決定です。この決定は将来の開発に大きな影響を与える可能性があるためです。 証明書を持っていることは、あなたが常に夢見ていたことかもしれません。 MLA-C01試験問題は、Tech4Exam質の高いサービスを提供し、証明書の取得に役立ちます。 当社のMLA-C01学習教材は、長年の実践的な努力の後に作成されており、そのAWS Certified Machine Learning Engineer - Associate品質は実践テストに耐えることができます。 そして、あなたはMLA-C01学習ガイドのためだけにMLA-C01認定を取得します。
Amazon MLA-C01 Exam Syllabus Topics:
| Section | Weight | Objectives |
|---|
| Deployment and Orchestration of ML Workflows | 22% | - Model deployment
- 1. Real-time and batch inference endpoints
- 2. Auto scaling and infrastructure configuration
- ML pipeline orchestration
- 1. CI/CD pipelines for ML workflows
- 2. Workflow automation using AWS services
|
| Data Preparation for Machine Learning (ML) | 28% | - Data preprocessing and transformation
- 1. Data cleaning, normalization, and feature engineering
- 2. Data validation and quality checks
- Data ingestion and collection
- 1. Data acquisition from structured and unstructured sources
- 2. Batch and streaming ingestion using AWS services (e.g., S3, Kinesis, Glue)
|
| ML Solution Monitoring, Maintenance, and Security | 24% | - Security and governance
- 1. Compliance and secure ML system design
- 2. IAM policies and access control
- Monitoring and observability
- 1. Infrastructure and data monitoring
- 2. Model drift detection and performance monitoring
|
| ML Model Development | 26% | - Model selection and training
- 1. Choosing appropriate ML algorithms
- 2. Training models using Amazon SageMaker
- Model tuning and evaluation
- 1. Hyperparameter tuning
- 2. Performance evaluation and metrics interpretation
|
>> MLA-C01試験問題 <<
MLA-C01技術試験、MLA-C01合格受験記
MLA-C01の学習教材は、テストの迅速な合格に役立ちます。認証を利用できます。多くの人が、MLA-C01試験問題の助けを借りて、日々の仕事でより効率的に行動する能力を向上させています。弊社のMLA-C01学習教材を選択すると、あなたの夢がより明確に提示されます。次に、私の紹介を通じて、MLA-C01学習クイズをより深く理解していただければ幸いです。 MLA-C01の学習教材が試験に合格するための手助けになることを本当に願っています。
Amazon AWS Certified Machine Learning Engineer - Associate 認定 MLA-C01 試験問題 (Q114-Q119):
質問 # 114
An ML engineer wants an Amazon SageMaker notebook to automatically stop running after
1 hour of idle time. How can the ML engineer accomplish this goal?
- A. Track the notebook's memory metric by using Amazon CloudWatch Logs. Invoke an AWS Lambda function from CloudWatch Logs to shut down the notebook instance if memory utilization becomes zero.
- B. Create a lifecycle configuration in SageMaker. Copy the auto-stop-idle script from GitHub to the Create Notebook section.
- C. Create a lifecycle configuration in SageMaker. Copy the auto-stop-idle script from GitHub to the Start Notebook section.
- D. Track the notebook's CPU metric by using Amazon CloudWatch Logs. Invoke an AWS Lambda function from CloudWatch Logs to shut down the notebook instance if CPU utilization becomes zero.
正解:C
解説:
The correct approach is to use a SageMaker lifecycle configuration and place the auto-stop-idle script in the Start Notebook section. This ensures the notebook runs the monitoring script on startup, which checks for idle time and automatically stops the notebook after the defined threshold (1 hour in this case).
質問 # 115
An ML engineer is using an Amazon SageMaker Studio notebook to train a neural network by creating an estimator. The estimator runs a Python training script that uses Distributed Data Parallel (DDP) on a single instance that has more than one GPU.
The ML engineer discovers that the training script is underutilizing GPU resources. The ML engineer must identify the point in the training script where resource utilization can be optimized.
Which solution will meet this requirement?
- A. Add SageMaker Profiler annotations to the training script. Run the script and generate a report from the results.
- B. Create a default monitor in Amazon SageMaker Model Monitor and suggest a baseline. Generate a report based on the constraints and statistics the monitor generates.
- C. Use AWS CloudTrail to create a report that describes GPU utilization and GPU memory utilization over time.
- D. Use Amazon CloudWatch metrics to create a report that describes GPU utilization over time.
正解:A
解説:
To pinpoint inefficiencies inside a training script, AWS recommends using Amazon SageMaker Profiler.
SageMaker Profiler provides fine-grained visibility into CPU, GPU, memory, I/O usage, and framework-level operations during training.
By adding profiler annotations directly to the training script, the ML engineer can identify bottlenecks such as inefficient data loading, synchronization delays in DDP, or idle GPU time between training steps.
CloudWatch metrics provide high-level utilization trends but cannot identify exact code-level inefficiencies.
CloudTrail is an auditing service and is irrelevant to performance profiling. Model Monitor focuses on data and model quality, not training resource utilization.
Therefore, SageMaker Profiler is the correct tool.
質問 # 116
An ML engineer needs to create data ingestion pipelines and ML model deployment pipelines on AWS. All the raw data is stored in Amazon S3 buckets.
Which solution will meet these requirements?
- A. Use AWS Glue to create the data ingestion pipelines. Use Amazon SageMaker Studio Classic to create the model deployment pipelines.
- B. Use Amazon Data Firehose to create the data ingestion pipelines. Use Amazon SageMaker Studio Classic to create the model deployment pipelines.
- C. Use Amazon Redshift ML to create the data ingestion pipelines. Use Amazon SageMaker Studio Classic to create the model deployment pipelines.
- D. Use Amazon Athena to create the data ingestion pipelines. Use an Amazon SageMaker notebook to create the model deployment pipelines.
正解:A
解説:
AWS Glue is a serverless data integration service that is well-suited for creating data ingestion pipelines, especially when raw data is stored in Amazon S3. It can clean, transform, and catalog data, making it accessible for downstream ML tasks.
Amazon SageMaker Studio Classic provides a comprehensive environment for building, training, and deploying ML models. It includes built-in tools and capabilities to create efficient model deployment pipelines with minimal setup.
This combination ensures seamless integration of data ingestion and ML model deployment with minimal operational overhead.
質問 # 117
An ML engineer is evaluating several ML models and must choose one model to use in production. The cost of false negative predictions by the models is much higher than the cost of false positive predictions.
Which metric finding should the ML engineer prioritize the MOST when choosing the model?
- A. Low recall
- B. Low precision
- C. High recall
- D. High precision
正解:C
質問 # 118
An ML engineer needs to use AWS services to identify and extract meaningful unique keywords from documents.
Which solution will meet these requirements with the LEAST operational overhead?
- A. Use Amazon Comprehend custom entity recognition and key phrase extraction to identify and extract relevant keywords.
- B. Use the Natural Language Toolkit (NLTK) library on Amazon EC2 instances for text pre-processing.
Use the Latent Dirichlet Allocation (LDA) algorithm to identify and extract relevant keywords. - C. Store the documents in an Amazon S3 bucket. Create AWS Lambda functions to process the documents and to run Python scripts for stemming and removal of stop words. Use bigram and trigram techniques to identify and extract relevant keywords.
- D. Use Amazon SageMaker and the BlazingText algorithm. Apply custom pre-processing steps for stemming and removal of stop words. Calculate term frequency-inverse document frequency (TF-IDF) scores to identify and extract relevant keywords.
正解:A
解説:
Amazon Comprehend provides pre-built functionality for key phrase extraction and can identify meaningful keywords from documents with minimal setup or operational overhead. It eliminates the need for manual preprocessing, stemming, or stop-word removal and does not require custom model development or infrastructure management. This makes it the most efficient and low-maintenance solution for the task.
質問 # 119
......
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