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Regression Analysis with Python

Regression Analysis with Python

By : Luca Massaron , Alberto Boschetti
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Regression Analysis with Python

Regression Analysis with Python

3 (4)
By: Luca Massaron , Alberto Boschetti

Overview of this book

Regression is the process of learning relationships between inputs and continuous outputs from example data, which enables predictions for novel inputs. There are many kinds of regression algorithms, and the aim of this book is to explain which is the right one to use for each set of problems and how to prepare real-world data for it. With this book you will learn to define a simple regression problem and evaluate its performance. The book will help you understand how to properly parse a dataset, clean it, and create an output matrix optimally built for regression. You will begin with a simple regression algorithm to solve some data science problems and then progress to more complex algorithms. The book will enable you to use regression models to predict outcomes and take critical business decisions. Through the book, you will gain knowledge to use Python for building fast better linear models and to apply the results in Python or in any computer language you prefer.
Table of Contents (11 chapters)
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10
Index

Using multiple features

To recap the tools seen in the previous chapter, we reload all the packages and the Boston dataset:

In: import numpy as np
  import pandas as pd
  import matplotlib.pyplot as plt
  import matplotlib as mpl
  from sklearn.datasets import load_boston
  from sklearn import linear_model

If you are working on the code in an IPython Notebook (as we strongly suggest), the following magic command will allow you to visualize plots directly on the interface:

In: %matplotlib inline

We are still using the Boston dataset, a dataset that tries to explain different house prices in the Boston of the 70s, given a series of statistics aggregated at the census zone level:

In: boston = load_boston()
  dataset = pd.DataFrame(boston.data, columns=boston.feature_names)
  dataset['target'] = boston.target

We will always work by keeping with us a series of informative variables, the number of observation and variable names, the input data matrix, and the response vector at hand:

In...
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Regression Analysis with Python
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