We revisit a mathematical approach using epidemiological models to describe risk contagion and propagation among financial players and markets. The link between the financial system and the ecosystem is explained by a SIR model with time delay. We aim to apply this on more complex financial systems, where cryptocurrencies, new participants and traditional financial operators play together. This work represents a starting point for a deep stochastic analysis of the contagion term influence over risk contagion dynamics.
Risk contagion among financial players modelled by a SIR model with time delay
Aliano MauroPrimo
;Stefania RagniUltimo
2022
Abstract
We revisit a mathematical approach using epidemiological models to describe risk contagion and propagation among financial players and markets. The link between the financial system and the ecosystem is explained by a SIR model with time delay. We aim to apply this on more complex financial systems, where cryptocurrencies, new participants and traditional financial operators play together. This work represents a starting point for a deep stochastic analysis of the contagion term influence over risk contagion dynamics.File in questo prodotto:
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