Learning Path
Question & Answer
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L1 Regularization (Lasso)
L2 Regularization (Ridge)
Dropout Regularization
No regularization at all
Understanding the Answer
Let's break down why this is correct
It adds a small penalty to each coefficient, keeping them close to zero. Other options are incorrect because Many think it always stops overfitting, but it can force some variables to disappear entirely; Dropout is meant for neural networks, where it randomly ignores neurons during training.
Key Concepts
Regularizers in Predictive Models
medium level question
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Deep Dive: Regularizers in Predictive Models
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Definition
Regularizers are functions that control the sensitivity of predictive models by penalizing complex or sensitive parameter configurations. Common regularizers include `2 (ridge) and `1 (Lasso) regularization, which encourage stable and sparse parameter solutions.
Topic Definition
Regularizers are functions that control the sensitivity of predictive models by penalizing complex or sensitive parameter configurations. Common regularizers include `2 (ridge) and `1 (Lasso) regularization, which encourage stable and sparse parameter solutions.
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