2015•Unpublished venueRequires access

Variable selection and model prediction based on Lasso, adaptive lasso and elastic net

Lei Fan, Shuai Chen, Qun Li, Zhouli Zhu

Open publisher page 15 citations

Abstract

Statistics and modeling is gaining more and more attention as the time for big data is coming. Variable choosing plays a significant role during modeling. The traditional methods like OLS and ridge regression could not satisfy interpretability and prediction accuracy at the same time. Tibshirani. R prompted Lasso and the new method could not only solve the above problem but also decrease the complexity of calculation. The paper aims to compare Lasso and adaptive lasso, elastic net. We do experiment on the classical case—diabetes patient data and choose model with AIC, BIC and cross validation to get the advantage and disadvantage of the above methods. According to the result, we draw the conclusion that Lasso performances better in variable selection, however, the predictions are not as accurate as the other two methods. Adaptive Lasso selects less variables and gives a more accurant prediction value. Elastic net has a most interpretative model.

About this research paper

What this paper is about

Statistics and modeling is gaining more and more attention as the time for big data is coming. Variable choosing plays a significant role during modeling. The traditional methods like OLS and ridge regression could not satisfy interpretability and prediction accuracy at the same time. Tibshirani. R prompted Lasso and the new method could not only solve the above problem but also decrease the complexity of calculation. The paper aims to compare Lasso and adaptive lasso, elastic net. We do experiment on the classical case—diabetes patient data and choose model with AIC, BIC and cross validation to get the advantage and disadvantage of the above methods. According to the result, we draw the conclusion that Lasso performances better in variable selection, however, the predictions are not as accurate as the other two methods. Adaptive Lasso selects less variables and gives a more accurant prediction value. Elastic net has a most interpretative model.

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OpenAlex reports 15 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Statistics and modeling is gaining more and more attention as the time for big data is coming. Variable choosing plays a significant role during modeling. The traditional methods like OLS and ridge regression could not satisfy interpretability and prediction accuracy at the same time. Tibshirani. R prompted Lasso and the new method could not only solve the above problem but also decrease the complexity of calculation. The paper aims to compare Lasso and adaptive lasso, elastic net. We do experiment on the classical case—diabetes patient data and choose model with AIC, BIC and cross validation to get the advantage and disadvantage of the above methods. According to the result, we draw the conclusion that Lasso performances better in variable selection, however, the predictions are not as accurate as the other two methods. Adaptive Lasso selects less variables and gives a more accurant prediction value. Elastic net has a most interpretative model.

Key concepts: Elastic net regularization, Lasso (programming language), Interpretability, Feature selection, Computer science, Model selection, Variable (mathematics), Selection (genetic algorithm)

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