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Data Science Foundations: Data Mining in Python

Data Science Foundations: Data Mining in Python

3h 4mIntermediate2021-03-26

Authors

Barton Poulson

Barton Poulson

Professor, Designer, Data Analytics Expert

Course details

Data mining is the area of data science that focuses on finding actionable patterns in large and diverse datasets: clusters of similar customers, trends over time that can only be spotted after disentangling seasonal and random effects, and new methods for predicting important outcomes. In this course, instructor Barton Poulson introduces you to data mining that uses the programming language Python. Barton goes over some preliminaries, such as the tools you may use for data mining. He discusses aspects of dimensionality reduction, then explains clustering, including hierarchical clustering, k-Means, DBSCAN, and more. Barton covers classification, including kNN and decision trees. He goes into association analysis and introduces you to Apriori, Eclat, and FP-Growth. Barton steps you through a time-series decomposition, then concludes with sentiment scoring and other text mining tools.

Skills covered

PythonData AnalysisFoundationsProgramming LanguagesData ScienceBusiness Analysis and StrategyBusiness Software and ToolsOpen SourceSoftware Development

Concepts

0. Introduction

  • 01 - Python for data mining
  • 02 - What you should know
  • 03 - Exercise files

1. Preliminaries

  • 04 - Tools for data mining
  • 05 - The CRISP-DM data mining model
  • 06 - Privacy, copyright, and bias
  • 07 - Validating results

2. Dimensionality Reduction

  • 08 - Dimensionality reduction overview
  • 09 - Handwritten digits dataset
  • 10 - PCA
  • 11 - LDA
  • 12 - t-SNE
  • 13 - Challenge - PCA
  • 14 - Solution - PCA

3. Clustering

  • 15 - Clustering overview
  • 16 - Penguin dataset
  • 17 - Hierarchical clustering
  • 18 - K-means
  • 19 - DBSCAN
  • 20 - Challenge - K-means
  • 21 - Solution - K-means

4. Classification

  • 22 - Classification overview
  • 23 - Spambase dataset
  • 24 - KNN
  • 25 - Naive Bayes
  • 26 - Decision trees
  • 27 - Challenge - KNN
  • 28 - Solution - KNN

5. Association Analysis

  • 29 - Association analysis overview
  • 30 - Groceries dataset
  • 31 - Apriori
  • 32 - Eclat
  • 33 - FP-Growth
  • 34 - Challenge - Apriori
  • 35 - Solution - Apriori

6. Time-Series Mining

  • 36 - Time-series mining
  • 37 - Air Passengers dataset
  • 38 - Time-Series decomposition
  • 39 - ARIMA
  • 40 - MLP
  • 41 - Challenge - Decomposition
  • 42 - Solution - Decomposition

7. Text Mining

  • 43 - Text mining overview
  • 44 - Iliad dataset
  • 45 - Sentiment analysis - Binary classification
  • 46 - Sentiment analysis - Sentiment scoring
  • 47 - Word pairs
  • 48 - Challenge - Sentiment scoring
  • 49 - Solution - Sentiment scoring

Conclusion

  • 50 - Next steps

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