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Essential PySpark for Scalable Data Analytics

Essential PySpark for Scalable Data Analytics

By : Nudurupati
4.4 (13)
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Essential PySpark for Scalable Data Analytics

Essential PySpark for Scalable Data Analytics

4.4 (13)
By: Nudurupati

Overview of this book

Apache Spark is a unified data analytics engine designed to process huge volumes of data quickly and efficiently. PySpark is Apache Spark's Python language API, which offers Python developers an easy-to-use scalable data analytics framework. Essential PySpark for Scalable Data Analytics starts by exploring the distributed computing paradigm and provides a high-level overview of Apache Spark. You'll begin your analytics journey with the data engineering process, learning how to perform data ingestion, cleansing, and integration at scale. This book helps you build real-time analytics pipelines that help you gain insights faster. You'll then discover methods for building cloud-based data lakes, and explore Delta Lake, which brings reliability to data lakes. The book also covers Data Lakehouse, an emerging paradigm, which combines the structure and performance of a data warehouse with the scalability of cloud-based data lakes. Later, you'll perform scalable data science and machine learning tasks using PySpark, such as data preparation, feature engineering, and model training and productionization. Finally, you'll learn ways to scale out standard Python ML libraries along with a new pandas API on top of PySpark called Koalas. By the end of this PySpark book, you'll be able to harness the power of PySpark to solve business problems.
Table of Contents (19 chapters)
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1
Section 1: Data Engineering
6
Section 2: Data Science
13
Section 3: Data Analysis

Continuous delivery for ML

ML code, unlike traditional software code, is dynamic and is constantly affected by changes to the model code itself, the underlying training data, or the model parameters. Thus, ML model performance needs to be continuously monitored, and models need to be retrained and redeployed periodically to maintain the desired level of model performance. This process can be daunting and time-consuming and prone to mistakes when performed manually. However Continuous Delivery for ML (CD4ML) can help streamline and automate this process.

CD4ML is derived from the software engineering principles of continuous integration and continuous delivery (CI/CD), which were developed to promote automation, quality, and discipline and help create a reliable and repeatable process that can release software into production. CD4ML builds on and adapts this CI/CD process to ML, where data teams produce artifacts related to the ML process, such as code data and models, in safe and...

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