Book Image

Hands-On Machine Learning with IBM Watson

By : James D. Miller
Book Image

Hands-On Machine Learning with IBM Watson

By: James D. Miller

Overview of this book

IBM Cloud is a collection of cloud computing services for data analytics using machine learning and artificial intelligence (AI). This book is a complete guide to help you become well versed with machine learning on the IBM Cloud using Python. Hands-On Machine Learning with IBM Watson starts with supervised and unsupervised machine learning concepts, in addition to providing you with an overview of IBM Cloud and Watson Machine Learning. You'll gain insights into running various techniques, such as K-means clustering, K-nearest neighbor (KNN), and time series prediction in IBM Cloud with real-world examples. The book will then help you delve into creating a Spark pipeline in Watson Studio. You will also be guided through deep learning and neural network principles on the IBM Cloud using TensorFlow. With the help of NLP techniques, you can then brush up on building a chatbot. In later chapters, you will cover three powerful case studies, including the facial expression classification platform, the automated classification of lithofacies, and the multi-biometric identity authentication platform, helping you to become well versed with these methodologies. By the end of this book, you will be ready to build efficient machine learning solutions on the IBM Cloud and draw insights from the data at hand using real-world examples.
Table of Contents (15 chapters)
Free Chapter
1
Section 1: Introduction and Foundation
6
Section 2: Tools and Ingredients for Machine Learning in IBM Cloud
10
Section 3: Real-Life Complete Case Studies

K-means clustering using Python

To recap from Chapter 4, Machine Learning Workouts on IBM Cloud, k-means clustering is an unsupervised machine learning methodology—an algorithm that is commonly used to find groups within unlabeled data. Again, since the goal here is to demonstrate how you can apply this methodology to some data using Python in Watson Studio, we won't bother to dissect the details of how k-means works, but will show a working example of the algorithm, using Watson Studio as a proof of concept.

There are numerous examples available online and elsewhere demonstrating the use of Python to implement k-means logic. Here, we'll use an example that is simple to follow and uses available Python modules, such as matplotlib, pandas, and scipy.

Our exercise, using IBM Watson Studio and the Notebook (we created in the sections of this chapter) will:

  1. Create...