Systematic and multifactor risk models revisited
Michel Fliess (LIX, AL.I.E.N.), C\'edric Join (AL.I.E.N., CRAN, INRIA, Lille - Nord Europe)

TL;DR
This paper revisits systematic and multifactor risk models using advanced methods from signal processing and control theory, demonstrating their effectiveness through computer experiments.
Contribution
It introduces novel applications of signal processing and control methods to improve risk modeling, addressing common criticisms.
Findings
Successful computer experiments validate the approach
Enhanced robustness of risk models demonstrated
Potential for improved risk assessment techniques
Abstract
Systematic and multifactor risk models are revisited via methods which were already successfully developed in signal processing and in automatic control. The results, which bypass the usual criticisms on those risk modeling, are illustrated by several successful computer experiments.
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Taxonomy
TopicsFinancial Risk and Volatility Modeling · Risk and Portfolio Optimization · Statistical Methods and Inference
