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Regularization - Early Stopping, Ridge Regression (L2) and Lasso Regression (L1) [Lecture 1.6]
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"How to prevent overfitting by regularization? What is the difference between L1 and L2 regularization?"
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Part 1: Regression in Machine Learning and the Linear Regression Model
Part 2: The Different Cost Functions for Regression - Understand MAE, MSE, WMAE
Part 3: How Model Training with Gradient Based Minimization works
Part 4: Data Preprocessing - Normalization, Outliers, Missing Data, Variable Transformation
Part 5: Cross Validation - How to Select the Best Machine Learning Model?
Part 6: Regularization - Early Stopping, Ridge Regression (L2) and Lasso Regression (L1)
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- Early stopping: stop gradient based minimization befor overfitting is a problem
- Ridge regression: Tikhonov regression, L2 term
- Lasso regression: L1 term tends to set parameters to zero in comparision to the L2 term.
___________________________________________
___________________________________________
Part 1: Regression in Machine Learning and the Linear Regression Model
Part 2: The Different Cost Functions for Regression - Understand MAE, MSE, WMAE
Part 3: How Model Training with Gradient Based Minimization works
Part 4: Data Preprocessing - Normalization, Outliers, Missing Data, Variable Transformation
Part 5: Cross Validation - How to Select the Best Machine Learning Model?
Part 6: Regularization - Early Stopping, Ridge Regression (L2) and Lasso Regression (L1)
___________________________________________
- Early stopping: stop gradient based minimization befor overfitting is a problem
- Ridge regression: Tikhonov regression, L2 term
- Lasso regression: L1 term tends to set parameters to zero in comparision to the L2 term.