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Regularizers in Predictive Models
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A data scientist is working on a regression model and wants to prevent overfitting while maintaining the model's predictive accuracy. Which of the following regularization techniques should they choose to apply?

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A

L1 Regularization (Lasso)

B

L2 Regularization (Ridge)

C

Dropout Regularization

D

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

Regularization techniques
Overfitting in predictive models
Model complexity
Topic

Regularizers in Predictive Models

Difficulty

medium level question

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understand

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Definition
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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