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Mastering Machine Learning on AWS

Mastering Machine Learning on AWS

By : Dr. Saket S.R. Mengle , Maximo Gurmendez
4.3 (8)
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Mastering Machine Learning on AWS

Mastering Machine Learning on AWS

4.3 (8)
By: Dr. Saket S.R. Mengle , Maximo Gurmendez

Overview of this book

Amazon Web Services (AWS) is constantly driving new innovations that empower data scientists to explore a variety of machine learning (ML) cloud services. This book is your comprehensive reference for learning and implementing advanced ML algorithms in AWS cloud. As you go through the chapters, you’ll gain insights into how these algorithms can be trained, tuned, and deployed in AWS using Apache Spark on Elastic Map Reduce (EMR), SageMaker, and TensorFlow. While you focus on algorithms such as XGBoost, linear models, factorization machines, and deep nets, the book will also provide you with an overview of AWS as well as detailed practical applications that will help you solve real-world problems. Every application includes a series of companion notebooks with all the necessary code to run on AWS. In the next few chapters, you will learn to use SageMaker and EMR Notebooks to perform a range of tasks, right from smart analytics and predictive modeling through to sentiment analysis. By the end of this book, you will be equipped with the skills you need to effectively handle machine learning projects and implement and evaluate algorithms on AWS.
Table of Contents (24 chapters)
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1
Section 1: Machine Learning on AWS
3
Section 2: Implementing Machine Learning Algorithms at Scale on AWS
9
Section 3: Deep Learning
13
Section 4: Integrating Ready-Made AWS Machine Learning Services
17
Section 5: Optimizing and Deploying Models through AWS
1
Appendix: Getting Started with AWS

Summary

In this chapter, we studied the difference between supervised and unsupervised learning and looked at situations when unsupervised learning is applied. We studied the exploratory analysis application of unsupervised learning, where clustering approaches are used. We studied the k-means clustering and hierarchical clustering approaches in detail, and looked at examples of how they are applied.

We also looked at how clustering approaches can be implemented on Apache Spark on AWS clusters. In our experience, clustering tasks are generally done on larger datasets, and, hence, taking the setup of the cluster into account for such tasks is important. We discussed these nuances in this chapter.

As a data scientist, there are many situations where we analyze data with the sole purpose of extracting value from that data. You should consider clustering approaches in these cases...

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Mastering Machine Learning on AWS
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