Book Image

Cloud Analytics with Microsoft Azure - Second Edition

By : Has Altaiar, Jack Lee, Michael Peña
Book Image

Cloud Analytics with Microsoft Azure - Second Edition

By: Has Altaiar, Jack Lee, Michael Peña

Overview of this book

Cloud Analytics with Microsoft Azure serves as a comprehensive guide for big data analysis and processing using a range of Microsoft Azure features. This book covers everything you need to build your own data warehouse and learn numerous techniques to gain useful insights by analyzing big data. The book begins by introducing you to the power of data with big data analytics, the Internet of Things (IoT), machine learning, artificial intelligence, and DataOps. You will learn about cloud-scale analytics and the services Microsoft Azure offers to empower businesses to discover insights. You will also be introduced to the new features and functionalities added to the modern data warehouse. Finally, you will look at two real-world business use cases to demonstrate high-level solutions using Microsoft Azure. The aim of these use cases will be to illustrate how real-time data can be analyzed in Azure to derive meaningful insights and make business decisions. You will learn to build an end-to-end analytics pipeline on the cloud with machine learning and deep learning concepts. By the end of this book, you will be proficient in analyzing large amounts of data with Azure and using it effectively to benefit your organization.
Table of Contents (7 chapters)

Insights and actions

Azure helped NIA draw meaningful insights after analysis and deploy necessary measures, as discussed in the following sections.

Reducing flight delays by 17% using predictive analytics

Description: While performing initial data discovery and exploration, the NIA business intelligence team found that inefficient gate assignment was a major contributor to flight delays. Flight delays have a snowball effect because a delay in one flight can impact the next flight and the one after that. There is also the negative passenger experience that it produces. Currently, the assignment of gates at NIA is based on the capacity of their waiting area and the maximum capacity of the airplanes. This assumes that all flights are full, which is not necessarily true.

Combining weather data, city traffic data, historical flight delay data, and other sources allowed the business intelligence team to produce a better recommendation engine for gate assignment. The new recommendation...