- Level Professional
- المدة 24 ساعات hours
- الطبع بواسطة H2O.ai
-
Offered by
عن
In this course, we will learn all the core techniques needed to make effective use of H2O. Even if you have no prior experience of machine learning, even if your math is weak, by the end of this course you will be able to make machine learning models using a variety of algorithms. We will be using linear models, random forest, GBMs and of course deep learning, as well as some unsupervised learning algorithms. You will also be able to evaluate your models and choose the best model to suit not just your data but the other business restraints you may be under.الوحدات
Course Introduction
1
Videos
- Welcome!
Prerequisite Knowledge
1
Assignment
- Do You Have What It Takes?
2
Videos
- What's In Week One?
- Need To Know
1
Readings
- Further Reading: Course Prerequisites
Installation
2
Assignment
- Quick Preinstall Check
- Quick Install Check
3
Videos
- Preinstall #1 (with Linux)
- Preinstall #2 (with Windows)
- Installing H2O
2
Readings
- Pre-Install Summary
- Additional Install Information
Using H2O
2
Videos
- A Quick Deep Learning!
- AutoML
Model Types
1
Assignment
- Model types
1
Videos
- Types Of Models
Help!
1
Assignment
- Week One Exam
2
Videos
- Where To Go With Questions
- Summary
1
Readings
- Further Reading: Getting Help
Tree Algorithms
2
Assignment
- Decision Trees
- Tree Algorithms
6
Videos
- Weekly Intro
- Decision Trees
- Random Forest
- Random Forest in H2O (Iris)
- GBM
- GBM in H2O (Iris)
Importing, Generating And Over-Fitting
1
Assignment
- On cross-validation and over-fitting
7
Videos
- Importing From Client
- Artificial Data Sets
- Overfitting and Train/Valid/Test
- Train/Valid/Test in H2O
- GBM in H2O (artificial data)
- Let's Overfit A GBM!
- Cross-validation in H2O (GBM)
Summary (and assignment!)
1
Peer Review
- Articial Data And Overfitting
2
Videos
- About the peer review task
- Week Two Summary
1
Readings
- Further Reading: Tree Algorithms
Loading And Saving
1
Assignment
- Load/Save
3
Videos
- Exploring The Universe
- Loading From Remote Sources
- Exporting Data From H2O
1
Readings
- More on loading and saving
Linear Models and Naive Bayes
1
Assignment
- GLMs
2
Videos
- Exploring With GLMs
- Naive Bayes
1
Readings
- Further Reading: GLMs, Naive Bayes
Data Manipulation
1
Videos
- Data Manipulation, Statistics
1
Readings
- Further Reading: Data Manipulation
Grids
1
Assignment
- Week Three Exam
3
Videos
- Grid Search
- Applying Grids
- Summary
1
Readings
- Further Reading: Grid Search
Early Stopping
1
Assignment
- Early Stopping
2
Videos
- Weekly Introduction and Early Stopping
- Load & Save Models
Binding and Merging Data
2
Assignment
- Binding
- Merging
2
Videos
- Binding data tables
- Merging and joins
Deep Learning
2
Assignment
- Deep Learning Basics
- More Deep Learning
5
Videos
- Neural Networks
- Deep Learning Part 1
- Deep Learning Part 2
- Deep Learning with Grids
- Regression with Deep Learning
1
Readings
- More Neural Net Theory
Summary and Assignment
1
Peer Review
- Deep Learning
2
Videos
- Introducing The Graded Task
- Summary Of Week Four
1
Readings
- Extension Project Ideas
Autoencoders
1
Assignment
- Autoencoders
3
Videos
- Week Five Is Unsupervised
- Autoencoders
- Using Autoencoders
More Dimension Reduction
1
Videos
- PCA And GLRM
1
Readings
- Further Reading: PCA, GLRM
Clustering
1
Assignment
- Unsupervised Learning
1
Videos
- Clustering, K-Means
1
Readings
- Further Reading: Clustering
Handling Missing Data
3
Videos
- Data Repair #1
- Data Repair #2
- Hands-on Data Repair
EOW (End Of Week)
1
Assignment
- Week Five Exam
2
Videos
- Next Week's Project
- Week Five Summary
Ensembles
1
Assignment
- Ensembles
3
Videos
- Pulling It All Together
- Ensembles
- Stacked Ensembles In H2O
2
Readings
- Further Reading: Ensembles
- Final Task: advice
Other H2O Technologies
5
Videos
- Pojo And Mojo
- Clusters
- Deep Water
- Driverless AI
- H2O4GPU
Final Project
1
Peer Review
- Final Project
1
Videos
- Week Six Summary
Auto Summary
Discover the essentials of Practical Machine Learning on H2O with this comprehensive course in Data Science & AI. Taught by Coursera, it covers core techniques, including linear models, random forests, GBMs, and deep learning, suitable even for beginners. With a duration of 1440 minutes, the course offers flexible subscription options: Starter, Professional, and Paid. Ideal for professionals aiming to enhance their machine learning skills and model evaluation capabilities.
Darren Cook