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Building Features from Nominal Data

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Janani Ravi

2:39:16

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  • 00. Course Overview.mp4
    01:42
  • 00. Module Overview.mp4
    01:15
  • 01. Prerequisites and Course Outline.mp4
    01:34
  • 02. Continuous and Categorical Data.mp4
    04:09
  • 03. Numeric Data.mp4
    05:04
  • 04. Categorical Data.mp4
    03:31
  • 05. Label Encoding and One-hot Encoding.mp4
    03:34
  • 06. Choosing between Label Encoding and One-hot Encoding.mp4
    04:11
  • 07. Types of Classification Tasks.mp4
    04:32
  • 08. One-hot Encoding with Known and Unknown Categories.mp4
    05:11
  • 09. One-hot Encoding on a Pandas Data Frame Column.mp4
    02:26
  • 10. One-hot Encoding Using pd.get dummies().mp4
    01:08
  • 11. Label Encoding to Convert Categorical Data to Ordinal.mp4
    06:06
  • 12. Label Binarizer to Perform One vs. Rest Encoding of Targets .mp4
    04:10
  • 13. Multilabel Binarizer for Encoding Multilabel Targets.mp4
    02:22
  • 14. Module Summary.mp4
    01:16
  • 00. Module Overview.mp4
    01:41
  • 01. The Dummy Trap.mp4
    05:12
  • 02. Avoiding the Dummy Trap.mp4
    04:33
  • 03. Dummy Coding to Overcome Limitations of One-hot Encoding.mp4
    06:50
  • 04. Regression Analysis with Dummy or Treatment Coding.mp4
    06:09
  • 05. Dummy Coding Using Patsy.mp4
    06:16
  • 06. Perform Regression Analysis Using Machine Learning on Dummy Coded Categories.mp4
    03:30
  • 07. Performing Linear Regression Using Machine Learning with One-hot Encoded Categories.mp4
    02:44
  • 08. Module Summary.mp4
    01:11
  • 00. Module Overview.mp4
    01:06
  • 01. Dummy Coding vs. Contrast Coding.mp4
    03:54
  • 02. Exploring Contrast Coding Techniques.mp4
    04:06
  • 03. Regression Analysis Using Simple Effect Coding.mp4
    05:51
  • 04. Performing Linear Regression Using Machine Learning with Simple Effect Coding.mp4
    05:54
  • 05. Regression Using Backward Difference Encoding.mp4
    06:35
  • 06. Regression Using Helmert Encoding.mp4
    07:42
  • 07. Generating Equally Spaced Categories to Perform Orthogonal Polynomial Encoding.mp4
    05:08
  • 08. Performing Regression Analysis Using Orthogonal Polynomial Encoding.mp4
    02:28
  • 09. Module Summary.mp4
    01:19
  • 00. Module Overview.mp4
    01:31
  • 01. Bucketing Continuous Data.mp4
    03:28
  • 02. Bucketing Continuous Data Using Pandas.mp4
    02:42
  • 03. Categorizing Continuous Data Using the KBinsDiscretizer.mp4
    06:09
  • 04. Hashing.mp4
    03:13
  • 05. Feature Hashing with Dictionaries, Tuples, and Text Data.mp4
    03:09
  • 06. Building a Simple Regression Model Using Hashed Categorical Values.mp4
    03:22
  • 07. Summary and Further Study.mp4
    01:22
  • Description


    This course covers various techniques for encoding categorical data, starting with the familiar forms of one-hot and label encoding, before moving to contrast coding schemes such as simple coding, Helmert coding, and orthogonal polynomial coding.

    What You'll Learn?


      The quality of preprocessing the numeric data is subjected to the important determinant of the results of machine learning models built using that data. In this course, Building Features from Nominal Data, you will gain the ability to encode categorical data in ways that increase the statistical power of models. First, you will learn the different types of continuous and categorical data, and the differences between ratio and interval scale data, and between nominal and ordinal data. Next, you will discover how to encode categorical data using one-hot and label encoding, and how to avoid the dummy variable trap in linear regression. Finally, you will explore how to implement different forms of contrast coding - such as simple, Helmert, and orthogonal polynomial coding, so that regression results closely mirror the hypotheses that you wish to test. When you’re finished with this course, you will have the skills and knowledge of encoding categorical data needed to increase the statistical power of linear regression that includes such data.

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    Janani has a Masters degree from Stanford and worked for 7+ years at Google. She was one of the original engineers on Google Docs and holds 4 patents for its real-time collaborative editing framework. After spending years working in tech in the Bay Area, New York, and Singapore at companies such as Microsoft, Google, and Flipkart, Janani finally decided to combine her love for technology with her passion for teaching. She is now the co-founder of Loonycorn, a content studio focused on providing high-quality content for technical skill development. Loonycorn is working on developing an engine (patent filed) to automate animations for presentations and educational content.
    Pluralsight, LLC is an American privately held online education company that offers a variety of video training courses for software developers, IT administrators, and creative professionals through its website. Founded in 2004 by Aaron Skonnard, Keith Brown, Fritz Onion, and Bill Williams, the company has its headquarters in Farmington, Utah. As of July 2018, it uses more than 1,400 subject-matter experts as authors, and offers more than 7,000 courses in its catalog. Since first moving its courses online in 2007, the company has expanded, developing a full enterprise platform, and adding skills assessment modules.
    • language english
    • Training sessions 43
    • duration 2:39:16
    • level average
    • Release Date 2023/10/11