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Hands-on Machine Learning boot-camp with Python, Numpy, Pandas, Regression, Decision Trees, Neural Networks, and more!

What you will learn

Learn the basics of data visualization and pre-processing (Python basics, Numpy, Pandas, Seaborn)

Gain theoretical and practical experience with fundamental machine learning algorithms (Linear and Logistic Regression, K-NN, Decision Trees, Neural Networks)

Understand advanced ML topics (encoding, ensemble learning techniques, etc.)

Submit to your first Kaggle Machine Learning Competition

Description

Interested in machine learning but confused by the jargon? If so, we made this course for you.

Machine learning is the fastest-growing field with constant groundbreaking research. If you’re interested in any of the following, you’ll be interested in ML:

  • Self-driving cars
  • Language processing
  • Market prediction
  • Self-playing games
  • And so much more!

No past knowledge is required: we’ll start with the basics of Python and end with gradient-boosted decision trees and neural networks. The course will walk you through the fundamentals of machine learning, explaining mathematical foundations as well as practical implementations. By the end of our course, you’ll have worked with five public data sets and have implemented all essential supervised learning models. After the course’s completion, you’ll be equipped to apply your skills to Kaggle data science competitions, business intelligence applications, and research projects.

We made the course quick, simple, and thorough. We know you’re busy, so our curriculum cuts to the chase with every lecture. If you’re interested in the field, this is a great course to start with.

Here are some of the Python libraries you’ll be using:


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  • Numpy (linear algebra)
  • Pandas (data manipulation)
  • Seaborn (data visualization)
  • Scikit-learn (optimized machine learning models)
  • Keras (neural networks)
  • XGBoost (gradient-boosted decision trees)

Here are the most important ML models you’ll use:

  • Linear Regression
  • Logistic Regression
  • Random Forrest Decision Trees
  • Gradient-Boosted Decision Trees
  • Neural Networks

Not convinced yet? By taking our course, you’ll also have access to sample code for all major supervised machine learning models. Use them how you please!

Start your data science journey today with The Complete Intro to Machine Learning with Python.

English
language

Content

Welcome to the Course
Introduction
Google Colab Tour
Python Review
Variable Types
Lists and Functions
Implementation
Numpy
Numpy Basics
Implementation
Pandas
Pandas Basics
Implementation
Seaborn
Distribution and Matrix Plots
Categorical Plots, Regression Plots, and Grids/Style
Implementation
Introduction to ML
Goals and Types of Machine Learning
Linear Regression
Linear Regression Theory
Ordinary Least Squares (OLS)
Implementation Part 1
Implementation Part 2
Logistic Regression
Logistic Regression Theory
Logistic Regression Metrics and Implementation
Decision Trees
Terminology
Splitting Algorithms
Random Forests
Implementation
Neural Networks
Intro to Neural Networks
Origins of Neural Networks
What are neural networks?
Activation Functions
Gradient Descent
Backpropagation
Implementation