Machine Learning with Ridge and Lasso Regression

with Ivan Manov
4.8/5
(339)

Master regularization with ridge and lasso regression: from theoretical foundations to practical applications

1 hour of content 2681 students

$99.00

Lifetime access

Buy now
14-Day Money-Back Guarantee

What you get:

  • 1 hour of content
  • 20 Interactive exercises
  • 7 Downloadable resources
  • World-class instructor
  • Closed captions
  • Q&A support
  • Future course updates
  • Course exam
  • Certificate of achievement

Machine Learning with Ridge and Lasso Regression

A course by Ivan Manov

$99.00

Lifetime access

Buy now
14-Day Money-Back Guarantee

What you get:

  • 1 hour of content
  • 20 Interactive exercises
  • 7 Downloadable resources
  • World-class instructor
  • Closed captions
  • Q&A support
  • Future course updates
  • Course exam
  • Certificate of achievement

$99.00

Lifetime access

Buy now

$99.00

Lifetime access

Buy now
14-Day Money-Back Guarantee

What you get:

  • 1 hour of content
  • 20 Interactive exercises
  • 7 Downloadable resources
  • World-class instructor
  • Closed captions
  • Q&A support
  • Future course updates
  • Course exam
  • Certificate of achievement

What You Learn

  • Master ridge and lasso regression to elevate your data analysis skills to the next level
  • Gain a deep understanding of ridge and lasso regularization and how they can be applied to solve real-world problems
  • Understand the strengths and limitations of ridge and lasso regression and master their use to prevent overfitting
  • Explore the key differences between ridge and lasso regression and learn how to choose the right method for your use case
  • Integrate essential math concepts with hands-on Python programming skills
  • Develop the skills to independently plan, execute, and deliver a complete ML project from start to finish

Top Choice of Leading Companies Worldwide

Industry leaders and professionals globally rely on this top-rated course to enhance their skills.

Course Description

Ridge and lasso regressions are machine learning algorithms with an integrated regularization functionality. Built upon the essentials of linear regression with an additional penalty term, they serve as a calibrating tool for preventing overfitting. In this hands-on course, you will learn how to apply ridge and lasso regression in Python and determine which of the two is the best choice for your particular dataset.

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What does the course cover?

1.1 What does the course cover?

5 min

Regression Analysis Overview

1.2 Regression Analysis Overview

3 min

Overfitting and Multicollinearity

1.3 Overfitting and Multicollinearity

3 min

Introduction to Regularization

1.5 Introduction to Regularization

3 min

Ridge Regression Basics

1.6 Ridge Regression Basics

6 min

Ridge Regression Mechanics

1.8 Ridge Regression Mechanics

6 min

Curriculum

  • 1. Regularization Basics
    9 Lessons 36 Min

    As an introduction to the course, we explore the concept of regularization and explain how it can be leveraged to prevent overfitting and multicollinearity issues. In addition, we demonstrate the theoretical differences between the mechanisms of ridge and lasso regression.

    What does the course cover?
    5 min
    Regression Analysis Overview
    3 min
    Overfitting and Multicollinearity
    3 min
    Introduction to Regularization
    3 min
    Ridge Regression Basics
    6 min
    Ridge Regression Mechanics
    6 min
    Regularization in More Complicated Scenarios
    3 min
    Lasso Regression Basics
    3 min
    Lasso Regression vs Ridge Regression
    4 min
  • 2. Setting Up The Environment
    2 Lessons 4 Min

    If you’re new to programming with Python, we recommend going through our Introduction to Jupyter course which details installing Anaconda and Jupyter and features a tour of the Jupyter Environment. Here, we talk about the required packages for applying ridge and lasso regression in Python.

    Setting Up The Environment Read now
    1 min
    Importing the Relevant Packages
    3 min
  • 3. Ridge and Lasso Regression – Practical Case
    8 Lessons 37 Min

    In this section, we will walk you through the implementation of ridge and lasso regression using sk-learn in Python. We apply these methods to a real dataset in order to increase the performance of a regression algorithm by preventing overfitting. Furthermore, we demonstrate how regularization works and uncover the differences between ridge and lasso models.

    The Hitters Dataset: Preprocessing and Preparation
    6 min
    Exploratory Data Analysis
    6 min
    Performing Linear Regression
    8 min
    Cross-validation for Choosing a Tuning Parameter
    3 min
    Performing Ridge Regression with Cross-validation
    5 min
    Performing Lasso Regression with Cross-validation
    3 min
    Comparing the Results
    4 min
    Replacing the Missing Values in the DataFrame
    2 min

Topics

TheoryPythonRidge RegressionLasso RegressionRegularizationmachine learningCross Validation

Tools & Technologies

python

Course Requirements

  • You need to complete an introduction to Python before taking this course
  • Basic skills in statistics, probability, and linear algebra are required
  • It is highly recommended to take the Machine Learning in Python course first
  • You will need to install the Anaconda package, which includes Jupyter Notebook

Who Should Take This Course?

Level of difficulty: Intermediate

  • Aspiring data scientists and ML engineers

Exams and Certification

A 365 Data Science Course Certificate is an excellent addition to your LinkedIn profile—demonstrating your expertise and willingness to go the extra mile to accomplish your goals.

Exams and certification

Meet Your Instructor

Ivan Manov

Ivan Manov

Course Creator at

6 Courses

1227 Reviews

14366 Students

Ivan has a background in systems and sound engineering, along with information technologies and communications. In addition, he has professional experience in the media production industry and telecommunications. Ivan believes the value of data is growing every day, and it will soon be the biggest commodity in the world. He describes himself as “forward-looking and visionary”. Besides data analysis, data collection, and Python programming, he is passionate about artificial intelligence, signal processing, sound design, acoustics, and music. He sees these subjects as interconnected, and his work goal is to keep the balance between science and arts.

What Our Learners Say

12.12.2024
02.12.2024

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