This paper assumes that financial fluctuations are the result of the dynamic interaction between liquidity and solvency conditions of individual financial units. The framework is designed as a heterogeneous agent model which proceeds through discrete time steps within a finite time horizon. The interaction at the micro-level between financial units and the market maker, who is in charge of clearing the market, produces interesting complex dynamics. The model is analyzed by means of numerical simulations and agent-based computational economics (ACE) approach. The behaviour and evolution of financial units are studied for different parameter regimes in order to show the importance of the parameter setting in the emergence of complex dynamics. Monetary policy implications for the banking sector are also discussed.
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|Titolo:||Financial fragility and interacting units: an exercise|
|Citazione:||Chiarella, C., Giansante, S., Sordi, S., & Vercelli, A. (2010). Financial fragility and interacting units: an exercise. In C.V. M. Faggini (a cura di), Decision Theory and Choice: A Complexity Approach (pp. 167-176). BERLIN : Springer.|
|Appare nelle tipologie:||2.1 Contributo in volume (Capitolo o Saggio)|