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| LEARNING THE STOCHASTIC DISCOUNT FACTOR |
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| ABSTRACT We develop a statistical framework to learn the high-dimensional stochastic discount factor (SDF) from a large set of characteristic-based portfolios. Specifically, we provide statistical support to use the MAXSER method proposed in Ao Li Zheng (2019) to screen for potentially useful factors and develop a statistical inference theory for further factor selection to construct the SDF portfolio. Applying our approach to a large number of characteristic-based portfolios, we find that our SDF estimator performs well in achieving a high Sharpe ratio and explaining the cross-section of expected returns of various portfolios. |
Keywords: Stochastic Discount Factor; Factor Models; High Dimensions; Sparse Regressions; Maximum Sharpe Ratio Regression. JEL: C55, C58, G11, G12. |
Click here to view the CV. Click here to view the paper. |
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PRESENTER Yingying Li Hong Kong University of Science and Technology |
RESEARCH FIELDS Statistical Learning for Financial Big Data Large Portfolio Analytics Individualized Asset Allocation High-dimensional Financial Data Vast Volatility Matrix Modeling and Inference High-frequency Financial Data Volatility Estimation and Prediction |
DATE: 13 May 2025 (Tuesday) |
VENUE: Meeting Room 5.1, Level 5 School of Economics Singapore Management University 90 Stamford Road Singapore 178903 |
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