Book Image

Big Data Analysis with Python

By : Ivan Marin, Ankit Shukla, Sarang VK
Book Image

Big Data Analysis with Python

By: Ivan Marin, Ankit Shukla, Sarang VK

Overview of this book

Processing big data in real time is challenging due to scalability, information inconsistency, and fault tolerance. Big Data Analysis with Python teaches you how to use tools that can control this data avalanche for you. With this book, you'll learn practical techniques to aggregate data into useful dimensions for posterior analysis, extract statistical measurements, and transform datasets into features for other systems. The book begins with an introduction to data manipulation in Python using pandas. You'll then get familiar with statistical analysis and plotting techniques. With multiple hands-on activities in store, you'll be able to analyze data that is distributed on several computers by using Dask. As you progress, you'll study how to aggregate data for plots when the entire data cannot be accommodated in memory. You'll also explore Hadoop (HDFS and YARN), which will help you tackle larger datasets. The book also covers Spark and explains how it interacts with other tools. By the end of this book, you'll be able to bootstrap your own Python environment, process large files, and manipulate data to generate statistics, metrics, and graphs.
Table of Contents (11 chapters)
Big Data Analysis with Python
Preface

Summary


In this chapter, we learned how to define a business problem from a data science perspective through a well-defined, structured approach. We started by understanding how to approach a business problem, how to gather the requirements from stakeholders and business experts, and how to define the business problem by developing an initial hypothesis.

Once the business problem was defined with data pipelines and workflows, we looked into understanding how to start the analysis on the gathered data in order to generate the KPIs and carry out descriptive analytics to identify the key trends and patterns in the historical data through various visualization techniques.

We also learned how a data science project life cycle is structured, from defining the business problem to various pre-processing techniques and model development. In the next chapter, we will be learning how to implement the concept of high reproducibility on a Jupyter notebook, and its importance in development.