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On tree-structured linear and quantile regression-based asset pricing
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DOI：10.1108/RAF-10-2021-0283.png)
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Abstract
En 中文
Purpose This study aims to introduce a tree-structured linear and quantile regression framework to the analysis and modeling of equity returns, within the context of asset pricing. Design/Methodology/Approach The approach is based on the idea of a binary tree, where every terminal node parameterizes a local regression model for a specific partition of the data. A Bayesian stochastic method is developed including model selection and estimation of the tree structure parameters. The framework is applied on numerous U.S. asset pricing models, using alternative mimicking factor portfolios, frequency of data, market indices, and equity portfolios. Findings The findings reveal strong evidence that asset returns exhibit asymmetric effects and non- linear patterns to different common factors, but, more importantly, that there are multiple thresholds that create several partitions in the common factor space. Originality/Value To the best of the authors' knowledge, this paper is the first to explore and apply a tree-structured and quantile regression framework in an asset pricing context.
Keywords:
Asset pricing
Bayesian inference
Markov chain Monte Carlo
Non-linear dynamics
Tree-structured (linear and quantile) regression models
C1
C11
G11
G12
Journal
IF:
2.7
Papers:
182
Citations:
716