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AI, Machine Learning & Data ScienceOreilly2023-5 Edition100% Free Video Course

Ensemble Methods for Machine Learning, Video Edition

Ensemble Methods for Machine Learning, Video Edition is a course on improving the performance of machine learning models using Ensemble methods, published by Oreillly Online Academy. The course covers various techniques such as bundling, boosting, stacking, and voting, and shows how combining multiple models can lead to improved prediction accuracy and generalization. Learners will be introduced to popular ensemble algorithms such as Random Forests, AdaBoost, Gradient Boosting, and XGBoost. Through practical coding examples, participants will understand the theory behind these methods and how they are applied to real-world problems.You will discover core ensemble methods that have proven track records in both data science competitions and real-world applications. Practical case studies will show you how each algorithm works in production. Learners will gain a deep understanding of the theory behind Ensemble techniques and how they are applied to real-world machine learning problems. By the end of the course, learners will have a solid foundation in Ensemble methods, equipped with the skills to create high-performance models for complex machine learning tasks.

55 Video Lessons
11.8 Hours On-Demand
Created by Senior Industry Specialist
Uploaded Sep 2026
English
Ensemble Methods for Machine Learning, Video Edition
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Course Features:
11.8 hours on-demand video
55 complete lectures
1 downloadable project zip file(s)
Streamable on mobile, tablet & desktop
Self-paced curriculum with progress tracking
Direct MP4 downloads & offline video access
Verified course archives hosted on cloud infrastructure.

What You'll Master in this Course

Classification, Regression, and Recommendation Methods
Sophisticated Implementations of Off-the-Shelf Ensembles
Random Forests, Boosting, and Gradient Boosting
Feature Engineering and Group Diversity
Interpretability and Explainability for Ensemble Methods
And…

Course Curriculum55 Lectures

1 sections • 11.8 hours total length

Prefer offline learning? Download all 55 video lectures and project files for free.
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Chapter 1. Summary Ensemble Methods for Machine Learning, Video Edition
Preview
1m
Chapter 1. Our first ensemble Ensemble Methods for Machine Learning, Video Edition
Preview
7m
Chapter 1. Ensemble methods Hype or hallelujah Ensemble Methods for Machine Learning, Video Edition
10m
Chapter 1. Fit vs. complexity in individual models Ensemble Methods for Machine Learning, Video Edition
19m
Chapter 1. Terminology and taxonomy for ensemble methods Ensemble Methods for Machine Learning, Video Edition
5m
Chapter 1. Why you should care about ensemble learning Ensemble Methods for Machine Learning, Video Edition
8m
Chapter 2. Case study Breast cancer diagnosis Ensemble Methods for Machine Learning, Video Edition
13m
Chapter 2. Bagging Bootstrap aggregating Ensemble Methods for Machine Learning, Video Edition
19m
Chapter 2. Homogeneous parallel ensembles Bagging and random forests Ensemble Methods for Machine Learning, Video Edition
7m
Chapter 2. More homogeneous parallel ensembles Ensemble Methods for Machine Learning, Video Edition
7m
Chapter 2. Summary Ensemble Methods for Machine Learning, Video Edition
2m
Chapter 3. Case study Sentiment analysi Ensemble Methods for Machine Learning, Video Edition
17m
Chapter 2. Random forests Ensemble Methods for Machine Learning, Video Edition
10m
Chapter 3. Combining predictions by meta-learning Ensemble Methods for Machine Learning, Video Edition
16m
Chapter 3. Combining predictions by weighting Ensemble Methods for Machine Learning, Video Edition
19m
Chapter 3. Summary Ensemble Methods for Machine Learning, Video Edition
3m
Chapter 3. Heterogeneous parallel ensembles Combining strong learners Ensemble Methods for Machine Learning, Video Edition
17m
Chapter 4. AdaBoost Adaptive boosting Ensemble Methods for Machine Learning, Video Edition
23m
Chapter 4. AdaBoost in practice Ensemble Methods for Machine Learning, Video Edition
10m
Chapter 4. Case study Handwritten digit classification Ensemble Methods for Machine Learning, Video Edition
9m
Chapter 4. LogitBoost Boosting with the logistic loss Ensemble Methods for Machine Learning, Video Edition
7m
Chapter 4. Summary Ensemble Methods for Machine Learning, Video Edition
2m
Chapter 4. Sequential ensembles Adaptive boosting Ensemble Methods for Machine Learning, Video Edition
8m
Chapter 5. Case study Document retrieval Ensemble Methods for Machine Learning, Video Edition
11m
Chapter 5. LightGBM A framework for gradient boosting Ensemble Methods for Machine Learning, Video Edition
11m
Chapter 5. LightGBM in practice Ensemble Methods for Machine Learning, Video Edition
20m
Chapter 5. Gradient boosting Gradient descent + boosting Ensemble Methods for Machine Learning, Video Edition
25m
Chapter 5. Summary Ensemble Methods for Machine Learning, Video Edition
2m
Chapter 5. Sequential ensembles Gradient boosting Ensemble Methods for Machine Learning, Video Edition
28m
Chapter 6. Case study redux Document retrieval Ensemble Methods for Machine Learning, Video Edition
8m
Chapter 6. Sequential ensembles Newton boosting Ensemble Methods for Machine Learning, Video Edition
23m
Chapter 6. Summary Ensemble Methods for Machine Learning, Video Edition
3m
Chapter 6. Newton boosting Newton’s method + boosting Ensemble Methods for Machine Learning, Video Edition
19m
Chapter 6. XGBoost A framework for Newton boosting Ensemble Methods for Machine Learning, Video Edition
12m
Chapter 6. XGBoost in practice Ensemble Methods for Machine Learning, Video Edition
7m
Chapter 7. Case study Demand forecasting Ensemble Methods for Machine Learning, Video Edition
22m
Chapter 7. Learning with continuous and count labels Ensemble Methods for Machine Learning, Video Edition
42m
Chapter 7. Parallel ensembles for regression Ensemble Methods for Machine Learning, Video Edition
16m
Chapter 7. Summary Ensemble Methods for Machine Learning, Video Edition
3m
Chapter 7. Sequential ensembles for regression Ensemble Methods for Machine Learning, Video Edition
17m
Chapter 8. Case study Income prediction Ensemble Methods for Machine Learning, Video Edition
17m
Chapter 8. Encoding high-cardinality string features Ensemble Methods for Machine Learning, Video Edition
10m
Chapter 8. CatBoost A framework for ordered boosting Ensemble Methods for Machine Learning, Video Edition
12m
Chapter 8. Learning with categorical features Ensemble Methods for Machine Learning, Video Edition
33m
Chapter 8. Summary Ensemble Methods for Machine Learning, Video Edition
5m
Chapter 9. Case study Data-driven marketing Ensemble Methods for Machine Learning, Video Edition
9m
Chapter 9. Black-box methods for local explainability Ensemble Methods for Machine Learning, Video Edition
28m
Chapter 9. Black-box methods for global explainability Ensemble Methods for Machine Learning, Video Edition
22m
Chapter 9. Explaining your ensembles Ensemble Methods for Machine Learning, Video Edition
23m
Chapter 9. Summary Ensemble Methods for Machine Learning, Video Edition
7m
Chapter 9. Glass-box ensembles Training for interpretability Ensemble Methods for Machine Learning, Video Edition
17m
Part 1. The basics of ensembles Ensemble Methods for Machine Learning, Video Edition
1m
Part 2 Essential ensemble methods Ensemble Methods for Machine Learning, Video Edition
2m
Epilogue Ensemble Methods for Machine Learning, Video Edition
11m
Part 3. Ensembles in the wild Adapting ensemble methods to your data Ensemble Methods for Machine Learning, Video Edition
3m

Requirements

  • Basic enthusiasm to learn and follow along with lessons
  • A computer or mobile device with a modern internet connection

Description

Ensemble Methods for Machine Learning, Video Edition is a course on improving the performance of machine learning models using Ensemble methods, published by Oreillly Online Academy. The course covers various techniques such as bundling, boosting, stacking, and voting, and shows how combining multiple models can lead to improved prediction accuracy and generalization. Learners will be introduced to popular ensemble algorithms such as Random Forests, AdaBoost, Gradient Boosting, and XGBoost. Through practical coding examples, participants will understand the theory behind these methods and how they are applied to real-world problems.You will discover core ensemble methods that have proven track records in both data science competitions and real-world applications. Practical case studies will show you how each algorithm works in production. Learners will gain a deep understanding of the theory behind Ensemble techniques and how they are applied to real-world machine learning problems. By the end of the course, learners will have a solid foundation in Ensemble methods, equipped with the skills to create high-performance models for complex machine learning tasks.

Instructor

S

Senior Industry Specialist

Specialist in AI, Machine Learning & Data Science

Passionate educator focused on real-world practical skills, modern frameworks, and production-ready engineering practices. Delivering step-by-step masterclasses accessible to learners globally on MJ Accedemy.

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