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Introduction to Machine Learning with Python
Rating: 4.3 out of 5(80 ratings)
2,848 students

Introduction to Machine Learning with Python

Unlocking the Power of Data: A Comprehensive Guide to Machine Learning with Python
Created byTensor Teach
Last updated 5/2024
English

What you'll learn

  • Learn how gradient descent optimizes the parameters of a machine learning model
  • Fit a linear regression model to a dataset to predict the win rate of a MLB baseball team
  • Train a decision tree and random forest model to predict the credit risk of a borrower
  • Learn how k-means clustering works and apply it to a dataset of news headlines

Course content

4 sections24 lectures1h 59m total length
  • What Is Machine Learning?8:44
  • Line of Best Fit4:43
  • Cost Function8:22
  • Gradient Descent12:12

    Explore how gradient descent iteratively updates parameters using derivatives and a learning rate to minimize mean squared error, navigating convex bowls and nonconvex landscapes to approach the global optima.

Requirements

  • Intermediate Python programming
  • Introductory understanding of Calculus, mainly derivatives
  • Introductory understanding of Linear Algebra, mainly what vectors are

Description

This course is designed to provide a thorough introduction to the world of machine learning. This course is perfect for beginners and those looking to enhance their data science skills using Python.

Section 1: Introduction to Machine Learning In this section, we will explore the fundamentals of machine learning. We'll start by defining machine learning and understanding its significance in today's data-driven world. We'll walk through a simple example, such as finding the line of best fit, to illustrate core concepts. Key topics like cost functions and the optimization technique of gradient descent will be covered, along with understanding the importance of the learning rate.

Section 2: Regression Regression analysis is a powerful tool for predicting continuous outcomes. We'll dive into different regression models and learn how to evaluate their performance. You'll gain hands-on experience by exploring datasets and fitting both linear and multiple regression models. This section ensures a solid foundation for understanding how regression works and how to apply it effectively.

Section 3: Classification Classification techniques are essential for predicting categorical outcomes. We'll begin by explaining what classification is and introducing logistic regression. You'll work with datasets to fit logistic regression models and understand their applications. The section also covers advanced techniques like decision trees and random forests, providing a comprehensive understanding of various classification methods.

Section 4: Clustering Clustering helps in grouping data points with similar characteristics. We'll focus on the K-means clustering algorithm, starting with an overview of the method. You'll learn how to explore datasets and fit clustering models to uncover hidden patterns and insights within your data.

By the end of this course, you'll be equipped with practical skills and knowledge to implement machine learning models using Python, empowering you to tackle real-world data challenges with confidence.

Who this course is for:

  • Data Scientist looking to further their machine learning knowledge
  • Beginner ML Engineers aiming to break into machine learning