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Principles of Data Science

You're reading from   Principles of Data Science Understand, analyze, and predict data using Machine Learning concepts and tools

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Product type Paperback
Published in Dec 2018
Publisher Packt
ISBN-13 9781789804546
Length 424 pages
Edition 2nd Edition
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Tools
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Authors (3):
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Sunil Kakade Sunil Kakade
Author Profile Icon Sunil Kakade
Sunil Kakade
Sinan Ozdemir Sinan Ozdemir
Author Profile Icon Sinan Ozdemir
Sinan Ozdemir
Marco Tibaldeschi Marco Tibaldeschi
Author Profile Icon Marco Tibaldeschi
Marco Tibaldeschi
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Toc

Table of Contents (17) Chapters Close

Preface 1. How to Sound Like a Data Scientist FREE CHAPTER 2. Types of Data 3. The Five Steps of Data Science 4. Basic Mathematics 5. Impossible or Improbable - A Gentle Introduction to Probability 6. Advanced Probability 7. Basic Statistics 8. Advanced Statistics 9. Communicating Data 10. How to Tell If Your Toaster Is Learning – Machine Learning Essentials 11. Predictions Don't Grow on Trees - or Do They? 12. Beyond the Essentials 13. Case Studies 14. Building Machine Learning Models with Azure Databricks and Azure Machine Learning service Other Books You May Enjoy Index

Case study 3 – Using TensorFlow

I would like to finish off our time together by looking at a somewhat more modern machine learning module called TensorFlow.

TensorFlow is an open source machine learning module that is used primarily for its simplified deep learning and neural network abilities. I would like to take some time to introduce the module and solve a few quick problems using TensorFlow. The syntax for TensorFlow (like PyBrain in Chapter 12, Beyond the Essentials) is a bit different than our normal scikit-learn syntax, so I will be going over it step by step. Let's start with some imports:

from sklearn import datasets, metrics 
import tensorflow as tf 
import numpy as np 
from sklearn.cross_validation import train_test_split 
%matplotlib inline 

Our imports from sklearn include train_test_split, datasets, and metrics. We will be utilizing our train test splits to reduce overfitting, we will use datasets in order to import our iris classification data, and we'll use...

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