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Practical Predictive Analytics

You're reading from   Practical Predictive Analytics Analyse current and historical data to predict future trends using R, Spark, and more

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Product type Paperback
Published in Jun 2017
Publisher Packt
ISBN-13 9781785886188
Length 576 pages
Edition 1st Edition
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Author (1):
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Ralph Winters Ralph Winters
Author Profile Icon Ralph Winters
Ralph Winters
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Table of Contents (13) Chapters Close

Preface 1. Getting Started with Predictive Analytics FREE CHAPTER 2. The Modeling Process 3. Inputting and Exploring Data 4. Introduction to Regression Algorithms 5. Introduction to Decision Trees, Clustering, and SVM 6. Using Survival Analysis to Predict and Analyze Customer Churn 7. Using Market Basket Analysis as a Recommender Engine 8. Exploring Health Care Enrollment Data as a Time Series 9. Introduction to Spark Using R 10. Exploring Large Datasets Using Spark 11. Spark Machine Learning - Regression and Cluster Models 12. Spark Models – Rule-Based Learning

About Spark

At the time of writing, Spark is probably the most popular very large dataset architecture for predictive analytics. Spark is a distributed architecture which helps you manage your large data and makes it easier to analyze. Spark is built upon Hadoop and they share the same filesystem.

However, Spark is not based upon the MapReduce paradigm, and uses the resilient distributed dataset (RDD) structure in order to implement in-memory analytics and manage the parallel processing cluster across all of the nodes of the environment. What that means for analysts is that queries can be very quick, since data is retrieved from memory, which offers much quicker retrieval than disk access. Quicker access means more time for analysis, and less time waiting for results.

Here are some advantages of Spark:

  • Spark overcomes some of the limitations of memory-bound analytics, since it...
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