Using particle system methodologies we study the propagation of financial distress in a network of firms facing credit risk. We investigate the phenomenon of a credit crisis and quantify the losses that a bank may suffer in a large credit portfolio. Applying a large deviation principle we compute the limiting distributions of the system and determine the time evolution of the credit quality indicators of the firms, deriving moreover the dynamics of a global financial health indicator. We finally describe a suitable version of the “Central Limit Theorem” useful to study large portfolio losses. Simulation results are provided as well as applications to portfolio loss distribution analysis
AbstractWe study the impact of contagion in a network of firms facing credit risk. We describe an in...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...
We study the impact of contagion in a network of firms facing credit risk.We describe an intensity b...
We study the impact of contagion in a network of firms facing credit risk.We describe an intensity b...
We study the impact of contagion in a network of firms facing credit risk.We describe an intensity b...
AbstractWe study the impact of contagion in a network of firms facing credit risk. We describe an in...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
Using particle system methodologies we study the propagation of financial distress in a network of f...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...
We study the impact of contagion in a network of firms facing credit risk.We describe an intensity b...
We study the impact of contagion in a network of firms facing credit risk.We describe an intensity b...
We study the impact of contagion in a network of firms facing credit risk.We describe an intensity b...
AbstractWe study the impact of contagion in a network of firms facing credit risk. We describe an in...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...
We study the impact of contagion in a network of firms facing credit risk. We describe an intensity ...