Which solution will meet these requirements MOST cost-effectively?
Score the model by using AWS Batch managed Amazon EC2 Reserved Instances. Create an Amazon EC2 instance store volume and mount it to the Reserved Instances.
Score the model by using AWS Batch managed Amazon EC2 Spot Instances. Create an Amazon FSx for Lustre volume and mount it to the Spot Instances.
Score the model by using an Amazon SageMaker notebook on Amazon EC2 Reserved Instances. Create an Amazon EBS volume and mount it to the Reserved Instances.
Score the model by using Amazon SageMaker notebook on Amazon EC2 Spot Instances. Create an Amazon Elastic File System (Amazon EFS) file system and mount it to the Spot Instances.
Explanations:
Using AWS Batch with EC2 Reserved Instances can lead to higher costs, as Reserved Instances are typically more expensive than Spot Instances. Additionally, using instance store volumes is not as flexible as using a managed storage solution, especially for large datasets.
Using AWS Batch with EC2 Spot Instances provides a cost-effective way to scale for batch processing. Spot Instances are significantly cheaper than on-demand instances, making this a cost-effective solution. Amazon FSx for Lustre offers high-performance file storage optimized for ML workloads, allowing efficient data access for large datasets.
Although using EC2 Reserved Instances for scoring might provide some cost savings compared to on-demand pricing, it is still more expensive than using Spot Instances. Additionally, using an EBS volume may not provide the same performance benefits for large-scale data processing as other options like Amazon EFS or FSx for Lustre.
While using Spot Instances is cost-effective, using an Amazon SageMaker notebook for batch scoring may not be the most efficient approach compared to AWS Batch. Furthermore, while Amazon EFS is a scalable file storage solution, it may not match the performance of FSx for Lustre for this particular use case, which is geared towards high-performance ML tasks.