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Gopi Subramanian [Gopi Subramanian] - Python Data Science Cookbook

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Gopi Subramanian [Gopi Subramanian] Python Data Science Cookbook

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Over 60 practical recipes to help you explore Python and its robust data science capabilities

About This Book

  • The book is packed with simple and concise Python code examples to effectively demonstrate advanced concepts in action
  • Explore concepts such as programming, data mining, data analysis, data visualization, and machine learning using Python
  • Get up to speed on machine learning algorithms with the help of easy-to-follow, insightful recipes

Who This Book Is For

This book is intended for all levels of Data Science professionals, both students and practitioners, starting from novice to experts. Novices can spend their time in the first five chapters getting themselves acquainted with Data Science. Experts can refer to the chapters starting from 6 to understand how advanced techniques are implemented using Python. People from non-Python backgrounds can also effectively use this book, but it would be helpful if you have some prior basic programming experience.

What You Will Learn

  • Explore the complete range of Data Science algorithms
  • Get to know the tricks used by industry engineers to create the most accurate data science models
  • Manage and use Python libraries such as numpy, scipy, scikit learn, and matplotlib effectively
  • Create meaningful features to solve real-world problems
  • Take a look at Advanced Regression methods for model building and variable selection
  • Get a thorough understanding of the underlying concepts and implementation of Ensemble methods
  • Solve real-world problems using a variety of different datasets from numerical and text data modalities
  • Get accustomed to modern state-of-the art algorithms such as Gradient Boosting, Random Forest, Rotation Forest, and so on

In Detail

Python is increasingly becoming the language for data science. It is overtaking R in terms of adoption, it is widely known by many developers, and has a strong set of libraries such as Numpy, Pandas, scikit-learn, Matplotlib, Ipython and Scipy, to support its usage in this field. Data Science is the emerging new hot tech field, which is an amalgamation of different disciplines including statistics, machine learning, and computer science. Its a disruptive technology changing the face of todays business and altering the economy of various verticals including retail, manufacturing, online ventures, and hospitality, to name a few, in a big way.

This book will walk you through the various steps, starting from simple to the most complex algorithms available in the Data Science arsenal, to effectively mine data and derive intelligence from it. At every step, we provide simple and efficient Python recipes that will not only show you how to implement these algorithms, but also clarify the underlying concept thoroughly.

The book begins by introducing you to using Python for Data Science, followed by working with Python environments. You will then learn how to analyse your data with Python. The book then teaches you the concepts of data mining followed by an extensive coverage of machine learning methods. It introduces you to a number of Python libraries available to help implement machine learning and data mining routines effectively. It also covers the principles of shrinkage, ensemble methods, random forest, rotation forest, and extreme trees, which are a must-have for any successful Data Science Professional.

Style and approach

This is a step-by-step recipe-based approach to Data Science algorithms, introducing the math philosophy behind these algorithms.

Downloading the example code for this book. You can download the example code files for all Packt books you have purchased from your account at http://www.PacktPub.com. If you purchased this book elsewhere, you can visit http://www.PacktPub.com/support and register to have the code file.

Gopi Subramanian [Gopi Subramanian]: author's other books


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Index
A
  • absolute deviation method
    • URL /
  • accuracy
    • about /
  • AdaBoost
    • about /
  • anonymous functions
    • creating, with lambda /
  • arange
    • URL /
  • arrays
    • processing, from tabular data /
  • axioms
    • URL /
B
  • Bagging
    • about /
    • leveraging /
  • BaseEstimator
    • URL /
  • Boosting
    • about /
    • two-class classification problem /
  • Bootstrapping
    • about /
  • box-and-whisker plot
    • about /
    • using /
  • built-in morphy-function
    • reference link /
C
  • classification
    • stochastic gradient descent, using /
  • classification model
    • data, preparing /
  • columns
    • preprocessing /
  • comprehension
    • about /
  • confusion matrix
    • about /
  • cost function
    • about /
  • counter
    • about /
    • reference link /
  • CountVectorizer class
    • reference link /
  • cross-validation iterators
    • used, with L1 and L2 shrinkage /
    • reference link /
  • csv library, Python
    • URL /
  • curse of dimensionality
    • about /
D
  • data
    • grouping /
    • imputing /
    • scaling /
    • standardizing /
    • preparing, for classification model /
  • data clustering
    • k-means method used /
  • data dimension
    • reducing, with random projection /
  • data model, Python
    • URL /
  • data preprocessing
    • about /
  • dataset
    • URL /
  • decision trees
    • building, for multiclass problems /
    • reference link /
    • advantages /
    • disadvantages /
  • decorators
    • used, for altering function behavior /
  • deque
    • about /
    • URL /
  • derivational patterns
    • reference link /
  • dictionaries, Python
    • URL /
    • about /
  • dictionary objects
    • using /
  • dictionary of dictionaries
    • using /
  • dimensionality reduction
    • about /
  • distance measures
    • working with /
    • calculating /
    • URL /
  • documents
    • classifying, Nave Bayes used /
  • dot plots
    • using /
E
  • Ensemble methods
    • Bagging /
    • Boosting /
    • Gradient Boosting /
  • error rate
    • about /
  • Exploratory Data Analysis (EDA)
    • about /
  • ExtraTreesClassifier class
    • reference link /
  • Extremely Randomized Trees
    • about /
    • implementing /
F
  • feature matrices
    • decomposing, Non-negative Matrix Factorization (NMF) used /
  • feature test condition
    • about /
  • filters
    • using /
  • function
    • passing, as variable /
    • embedding, in another function /
    • passing, as parameter /
    • returning /
    • behavior altering, with decorators /
  • functools
    • about /
    • URL /
G
  • generator
    • generating /
  • Gradient Boosting
    • about /
    • simple regression problem /
    • demonstrating /
    • reference link /
  • Graphviz package
    • URL /
H
  • heat maps
    • using /
    • URL /
I
  • information gain
    • about /
    • reference link /
  • instance-based learning
    • about /
  • inverse document frequencies
    • calculating /
  • iterables
    • using /
  • iterator
    • using /
    • reference link /
    • generating /
  • itertools
    • about /
    • using /
    • URL /
  • Itertools.dropwhile
    • reference link /
  • izip
    • using /
K
  • k-fold cross-validation
    • about /
  • k-means method
    • used, for data clustering /
    • cluster evaluation, measures /
  • K-Nearest Neighbor (KNN)
    • about /
  • kernel-based perceptron
    • URL /
  • kernel methods
    • learning /
    • using /
    • linear kernel /
    • polynomial kernel /
  • kernel PCA
    • using /
  • key
    • used, for sorting /
L
  • L1 shrinkage
    • cross-validation iterators, using /
  • L1 shrinkage (LASSO)
    • used, with regression /
  • L2 shrinkage
    • cross-validation iterators, using /
  • L2 shrinkage (ridge)
    • used, with regression /
  • lambda
    • used, for creating anonymous functions /
  • Last In, First Out (LIFO)
    • about /
  • Latent Semantic Analysis (LSA)
    • about /
    • reference link /
  • lazy learner
    • about /
  • Least absolute shrinkage and selection operator (LASSO)
    • about /
  • least squares
    • reference link /
  • lemmatization
    • about /
  • linear kernel
    • URL /
  • linear kernel;about /
  • list
    • writing /
    • sorting /
  • list comprehension
    • creating /
  • loadtxt method, NumPy
    • reference link /
  • Local Outlier Factor (LOF)
    • used, for discovering outliers /
M
  • machine learning
    • with scikit-learn /
  • map function
    • using /
  • matplotlib
    • about /
    • plotting with /
    • URL /
  • matrix decomposition
    • about /
  • multiclass problems
    • solving, with decision trees /
  • multivariate data
    • scatter plots, using /
N
  • namedtuple
    • URL /
  • Nave Bayes
    • used, for classifying documents /
  • nearest neighbors
    • obtaining /
  • Non-negative Matrix Factorization (NMF)
    • used, for decomposing feature matrices /
    • reference link /
  • NumPy
    • URL /
  • NumPy libraries
    • using /
    • object, properties /
O
  • online learning algorithm
    • perceptron, using as /
  • OrderedDict container
    • about /
    • URL /
  • out-of-bag estimation (OOB)
    • about /
    • reference link /
  • outliers
    • finding, in univariate data /
    • discovering, local outlier factor method used /
P
  • pairwise submodule
    • URL /
  • partial_fit method
    • about /
    • URL /
  • percentiles, NumPy
    • reference link /
  • perceptron
    • using, as online learning algorithm /
    • reference link /
  • polynomial
    • URL /
  • polynomial kernel
    • URL /
    • about /
  • polysemy
    • about /
  • Principal Component Analysis (PCA)
    • about /
  • principal components
    • extracting /
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