Using the Mean Absolute Percentage Error for Regression Models
Arnaud De Myttenaere (SAMM), Boris Golden (Viadeo), B\'en\'edicte Le, Grand (CRI), Fabrice Rossi (SAMM)

TL;DR
This paper explores the implications of using MAPE as a regression quality measure, revealing its equivalence to weighted MAE and its compatibility with consistent empirical risk minimization.
Contribution
It demonstrates that optimizing MAPE is equivalent to weighted MAE regression and maintains universal consistency in empirical risk minimization.
Findings
MAPE optimization is equivalent to weighted MAE regression
Universal consistency of ERM is preserved with MAPE
Insights into MAPE's suitability for regression evaluation
Abstract
We study in this paper the consequences of using the Mean Absolute Percentage Error (MAPE) as a measure of quality for regression models. We show that finding the best model under the MAPE is equivalent to doing weighted Mean Absolute Error (MAE) regression. We show that universal consistency of Empirical Risk Minimization remains possible using the MAPE instead of the MAE.
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Taxonomy
TopicsControl Systems and Identification · Advanced Statistical Methods and Models · Advanced Optimization Algorithms Research
