Computational Model Applied to the Behavior of Financial Agents Using Cellular Automata (Cell-DEVS)
DOI:
https://doi.org/10.15381/pc.v23i1.15102Keywords:
Financial assets, risk, interdependence, financial contagion, mathematical epidemiology, computer simulation, cellular automataAbstract
In the present paper, the effect of interdependence and contagion will be performed in the purchase and sale decisions of investors in a Black-Schole financial market, where there are two financial assets: stocks (risky assets) and bonds (risk-free asset); and two investor states: lover and risk aversion; under different probabilities of contagion. This economic-financial phenomenon could be modeled by a system of stochastic equations; however, not all stochastic equations have a closed solution, so it is decided to perform computational simulations to analyze their numerical behavior. In this sense, a computational simulation will be performed using cellular automata.Downloads
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Copyright (c) 2018 Jesús Barrantes Limahuaya, Neisser Pino Romero, Gabriel Wainer
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