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Linear model selection

Track :

Computer Science

Course Presenter :

Data School

Lessons no : 14

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What will you learn in this course?
  • Master how to perform best subset, forward, and backward linear model selection techniques for predictive accuracy and interpretability
  • Evaluate linear regression models using criteria like Adjusted R², AIC, BIC, and cross-validation for optimal model performance
  • Apply model selection strategies to both small feature sets and high-dimensional data in practical data science projects
  • Balance model complexity and performance to prevent overfitting and underfitting in linear regression models
  • Implement linear model selection methods using R or Python for real-world data analysis tasks
  • Compare multiple linear models effectively to identify the most relevant predictors for predictive modeling
  • Utilize cross-validation techniques to assess and improve the generalizability of linear models
  • Develop skills to select and interpret the best linear regression models for statistical and data science applications

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Lessons | 14


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Mohamed Elmahgop

ممتاذ
2025-05-22

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Linear model selection, in this course introduces you to the key techniques used to identify the best linear regression models for predictive accuracy and interpretability. You'll explore methods such as best subset selection, forward selection, and backward elimination. We’ll dive into how to evaluate models using criteria like Adjusted R², AIC, BIC, and cross-validation. The course emphasizes balancing model complexity with performance, helping you avoid overfitting and underfitting. Through hands-on examples using R or Python, you’ll gain practical experience in building and comparing multiple models. Whether you are working with a small set of features or facing high-dimensional data, you’ll learn strategies to select the most relevant predictors. By the end of the course, you’ll be equipped with the knowledge to apply model selection techniques effectively in real-world data science and statistical modeling tasks. Data School