A practical guide to obtaining, transforming, exploring, and analyzing data using Python, MongoDB, and Apache Spark
Key Features
Learn to use various data analysis tools and algorithms to classify, cluster, visualize, simulate, and forecast your data
Apply Machine Learning algorithms to different kinds of data such as social networks, time series, and images
A hands-on guide to understanding the nature of data and how to turn it into insight
Book Description
Beyond buzzwords like Big Data or Data Science, there are a great opportunities to innovate in many businesses using data analysis to get data-driven products. Data analysis involves asking many questions about data in order to discover insights and generate value for a product or a service. This book explains the basic data algorithms without the theoretical jargon, and you’ll get hands-on turning data into insights using machine learning techniques. We will perform data-driven innovation processing for several types of data such as text, Images, social network graphs, documents, and time series, showing you how to implement large data processing with MongoDB and Apache Spark.
What you will learn
Acquire, format, and visualize your data
Build an image-similarity search engine
Generate meaningful visualizations anyone can understand
Get started with analyzing social network graphs
Find out how to implement sentiment text analysis
Install data analysis tools such as Pandas, MongoDB, and Apache Spark
Get to grips with Apache Spark
Implement machine learning algorithms such as classification or forecasting
Who this book is for
This book is for developers who want to implement data analysis and data-driven algorithms in a practical way. It is also suitable for those without a background in data analysis or data processing. Basic knowledge of Python programming, statistics, and linear algebra is assumed.
Table of Contents
Getting Started with Data Analysis
Preprocessing the Data
Getting to Grips with Visualization
Text Classification
Similarity-based Image Retrieval
Simulation of Stock Prices
Predicting Gold Prices
Working with Support Vector Machines
Modeling Infectious Disease with Cellular Automata