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H13-311_V3.5 · Question #26

Regular term can also be added to logistic regression to avoid overfitting.

The correct answer is A. TRUE. Regularization terms - such as L1 (Lasso) and L2 (Ridge) penalties - can absolutely be applied to logistic regression, just as they are to linear regression. These terms add a penalty to the loss function that discourages large coefficient values, which constrains model…

Machine Learning Basics

Question

Regular term can also be added to logistic regression to avoid overfitting.

Options

  • ATRUE
  • BFALSE

How the community answered

(25 responses)
  • A
    80% (20)
  • B
    20% (5)

Explanation

Regularization terms - such as L1 (Lasso) and L2 (Ridge) penalties - can absolutely be applied to logistic regression, just as they are to linear regression. These terms add a penalty to the loss function that discourages large coefficient values, which constrains model complexity and reduces overfitting. Option B is incorrect because it implies logistic regression is immune to overfitting or that regularization is exclusive to other model types, neither of which is true - logistic regression is a parametric model that can overfit, especially with high-dimensional or sparse data.

Memory tip: Think of regularization as a budget constraint on your model's coefficients - it works the same way regardless of whether the output is continuous (linear regression) or a probability (logistic regression).

Topics

#Logistic Regression#Regularization#Overfitting Prevention#L2 Regularization

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