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Applied Machine Learning and High-Performance Computing on AWS

Applied Machine Learning and High-Performance Computing on AWS

By : Mani Khanuja, Farooq Sabir , Shreyas Subramanian, Trenton Potgieter
4.7 (11)
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Applied Machine Learning and High-Performance Computing on AWS

Applied Machine Learning and High-Performance Computing on AWS

4.7 (11)
By: Mani Khanuja, Farooq Sabir , Shreyas Subramanian, Trenton Potgieter

Overview of this book

Machine learning (ML) and high-performance computing (HPC) on AWS run compute-intensive workloads across industries and emerging applications. Its use cases can be linked to various verticals, such as computational fluid dynamics (CFD), genomics, and autonomous vehicles. This book provides end-to-end guidance, starting with HPC concepts for storage and networking. It then progresses to working examples on how to process large datasets using SageMaker Studio and EMR. Next, you’ll learn how to build, train, and deploy large models using distributed training. Later chapters also guide you through deploying models to edge devices using SageMaker and IoT Greengrass, and performance optimization of ML models, for low latency use cases. By the end of this book, you’ll be able to build, train, and deploy your own large-scale ML application, using HPC on AWS, following industry best practices and addressing the key pain points encountered in the application life cycle.
Table of Contents (20 chapters)
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1
Part 1: Introducing High-Performance Computing
6
Part 2: Applied Modeling
13
Part 3: Driving Innovation Across Industries

Distributed Training of Machine Learning Models

When it comes to Machine Learning (ML) model training, the primary goal for a data scientist or ML practitioner is to train the optimal model based on the relevant data to address the business use case. While this goal is of primary importance, the panacea is to perform this task as quickly and effectively as possible. So, how do we speed up model training? Moreover, sometimes, the data or the model might be too big to fit into a single GPU memory. So how do we prevent out-of-memory (OOM) errors?

The simplest answer to this question is to basically throw more compute resources, in other words, more CPUs and GPUs, at the problem. This is essentially using larger compute hardware and is commonly referred to as a scale-up strategy. However, there is only a finite number of CPUs and GPUs that can be squeezed into a server. So, sometimes a scale-out strategy is required, whereby we add more servers into the mix, essentially distributing...

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