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AN AI APPROACH TO MEASURING FINANCIAL RISK.

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Název: AN AI APPROACH TO MEASURING FINANCIAL RISK.
Autoři: YU, LINING, HÄRDLE, WOLFGANG KARL, BORKE, LUKAS, BENSCHOP, THIJS
Zdroj: Singapore Economic Review; Sep2023, Vol. 68 Issue 5, p1529-1549, 21p, 1 Diagram, 14 Charts, 13 Graphs
Témata: FINANCIAL risk, ARTIFICIAL intelligence, QUANTILE regression, SYSTEMIC risk (Finance), PARALLEL programming
Abstrakt: AI artificial intelligence brings about new quantitative techniques to assess the state of an economy. Here, we describe a new measure for systemic risk: the Financial Risk Meter (FRM). This measure is based on the penalization parameter (λ) of a linear quantile lasso regression. The FRM is calculated by taking the average of the penalization parameters over the 100 largest US publicly-traded financial institutions. We demonstrate the suitability of this AI-based risk measure by comparing the proposed FRM to other measures for systemic risk, such as VIX, SRISK and Google Trends. We find that mutual Granger causality exists between the FRM and these measures, which indicates the validity of the FRM as a systemic risk measure. The implementation of this project is carried out using parallel computing, the codes are published on www.quantlet.de with keyword  FRM. The R package RiskAnalytics is another tool with the purpose of integrating and facilitating the research, calculation and analysis methods around the FRM project. The visualization and the up-to-date FRM can be found on hu.berlin/frm. [ABSTRACT FROM AUTHOR]
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Databáze: Complementary Index
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Abstrakt:AI artificial intelligence brings about new quantitative techniques to assess the state of an economy. Here, we describe a new measure for systemic risk: the Financial Risk Meter (FRM). This measure is based on the penalization parameter (λ) of a linear quantile lasso regression. The FRM is calculated by taking the average of the penalization parameters over the 100 largest US publicly-traded financial institutions. We demonstrate the suitability of this AI-based risk measure by comparing the proposed FRM to other measures for systemic risk, such as VIX, SRISK and Google Trends. We find that mutual Granger causality exists between the FRM and these measures, which indicates the validity of the FRM as a systemic risk measure. The implementation of this project is carried out using parallel computing, the codes are published on www.quantlet.de with keyword  FRM. The R package RiskAnalytics is another tool with the purpose of integrating and facilitating the research, calculation and analysis methods around the FRM project. The visualization and the up-to-date FRM can be found on hu.berlin/frm. [ABSTRACT FROM AUTHOR]
ISSN:02175908
DOI:10.1142/S0217590819500668