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Gradient Boosting Machines (GBM): from Zero to Hero (with R and Python code)

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Data Con LA 2020
Description
This talk will get you started with gradient boosting machines (GBM), a
very popular machine learning technique providing state-of-the-art
accuracy on numerous business prediction problems. After a quick intro
to machine learning and the GBM algorithm, I will show how easy it is to
train and then use GBMs in real-life business applications using some
the most popular open source implementations (xgboost, lightgbm and
h2o). We'll do all this in both R and Python with only a few lines of
code and this talk will be accessible for a wide audience (with limited
prior knowledge of machine learning). Finally, in the last part of the
talk I will provide plenty of references that can get you to the next
level. GBMs are a powerful technique to have in your machine learning
toolbox, because despite all the latest hype about deep learning (neural
nets) and AI, in fact GBMs usually outperform neural networks on
structured/tabular data most often encountered in business applications.
Speaker
Szilard Pafka, Epoch, Chief Scientist
Description
This talk will get you started with gradient boosting machines (GBM), a
very popular machine learning technique providing state-of-the-art
accuracy on numerous business prediction problems. After a quick intro
to machine learning and the GBM algorithm, I will show how easy it is to
train and then use GBMs in real-life business applications using some
the most popular open source implementations (xgboost, lightgbm and
h2o). We'll do all this in both R and Python with only a few lines of
code and this talk will be accessible for a wide audience (with limited
prior knowledge of machine learning). Finally, in the last part of the
talk I will provide plenty of references that can get you to the next
level. GBMs are a powerful technique to have in your machine learning
toolbox, because despite all the latest hype about deep learning (neural
nets) and AI, in fact GBMs usually outperform neural networks on
structured/tabular data most often encountered in business applications.
Speaker
Szilard Pafka, Epoch, Chief Scientist