Skip to content
The Internet Compass

Machine Learning in Asset Pricing

Supervised Learning In Asset Pricing

Stefan Nagel

Published May 11, 2021Read PDF ↗View on arXiv ↗

Abstract

This chapter looks at many prediction problems in asset pricing that are of high-dimensional nature in a large number of observable variables that could have useful predictive information. For example, in stock return prediction a huge number of variables could potentially be relevant as predictors. It covers firm characteristics from accounting data, signals extracted from textual information in corporate disclosures, variables summarizing the history of price and trading volume, information in media reports, and many other variables that could potentially contain predictive information. The chapter describes the existing literature in asset pricing that has dealt with this high-dimensionality by imposing ad hoc sparsity. Rather than considering large numbers of predictors simultaneously, researchers often consider small sets of predictors in isolation.

Sourced from arXiv · Updated September 2, 2026

Thank you to arXiv for use of its open access interoperability.

View original source ↗Spot an error on this page? Let us know →

FAQ

Common questions

What is "Supervised Learning In Asset Pricing" about?

This chapter looks at many prediction problems in asset pricing that are of high-dimensional nature in a large number of observable variables that could have useful predictive information. For example, in stock return prediction a huge number of variables could potentially be rel

Who wrote this paper?

Stefan Nagel

Where can I read the full paper?

The full text is available as a PDF on arXiv (linked above), published May 11, 2021.

Does this paper have a DOI?

Yes: 10.23943/princeton/9780691218700.003.0003.