Back To Module Home

Machine Learning for Software Engineers

0% completed

Before We Begin

About this Path About this Module

Are You Ready to Become a Machine Learning Engineer?

Data Manipulation with NumPy

Introduction NumPy Arrays NumPy Basics Math Random Indexing Filtering Statistics Aggregation Saving Data Quiz

Data Analysis with pandas

Introduction Series DataFrame Combining Indexing File I/O Grouping Features Filtering Sorting Metrics Plotting To NumPy Quiz

Data Preprocessing with scikit-learn

Introduction Standardizing Data Data Range Robust Scaling Normalizing Data Data Imputation PCA Labeled Data Quiz

Data Modeling with scikit-learn

Introduction Linear Regression Ridge Regression LASSO Regression Bayesian Regression Logistic Regression Decision Trees Training and Testing Cross-Validation Applying CV to Decision Trees Evaluating Models Exhaustive Tuning Quiz

Clustering with scikit-learn

Introduction Cosine Similarity Nearest Neighbors K-Means Clustering Hierarchical Clustering Mean Shift Clustering DBSCAN Evaluating Clusters Feature Clustering Quiz

Gradient Boosting with XGBoost

Cross-Validation

Storing Boosters

XGBoost Classifier

XGBoost Regressor

Feature Importance

Hyperparameter Tuning

Model Persistence

Deep Learning with TensorFlow

Introduction Model Initialization Logits Metrics Optimization Training Evaluation Linear Limitations Hidden Layer Multiclass Softmax Quiz

Deep Learning with Keras

Introduction Sequential Model Model Output Model Configuration Model Execution Quiz

Conclusion

...

/

XGBoost Classifier

XGBoost Classifier

Create an XGBoost classifier object.

Chapter Goals:

Learn how to create a scikit-learn style classifier in XGBoost

A. Following the scikit-learn API

While XGBoost provides a more efficient model than scikit-learn, using the ...