📚 Learning Guide
Empirical Risk Minimization
easy

A data scientist is tasked with building a predictive model to forecast sales based on historical data. To ensure the model performs well, they decide to apply empirical risk minimization (ERM). Which of the following actions best represents the application of ERM in this scenario?

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Choose the Best Answer

A

Selecting the model with the highest complexity to capture all potential patterns in the data.

B

Choosing the parameters that minimize the average loss of the model on the training dataset.

C

Randomly adjusting parameters until the model performs well on the training set.

D

Using the same parameters from a previous project without considering the current dataset.

Understanding the Answer

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Answer

Empirical risk minimization means picking the model that makes the smallest average error on the data you already have. The data scientist would compute a loss (such as mean‑squared error) for every candidate model on the historical sales data and then choose the one that gives the lowest average loss. For example, if two regression models give average errors of 5 % and 3 % on the training set, ERM would pick the one with 3 %. This approach focuses on the training data’s performance as a proxy for how well the model will predict new sales.

Detailed Explanation

ERM means we look at the training data and pick the model settings that make the average error as small as possible. Other options are incorrect because Choosing the most complex model is a common mistake; Randomly tweaking parameters is like guessing on a test.

Key Concepts

Empirical Risk Minimization
Predictive Modeling
Loss Function
Topic

Empirical Risk Minimization

Difficulty

easy level question

Cognitive Level

understand

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