When designing schemes to help SMEs survive crises, the government typically faces asymmetric information, so that it cannot target the SMEs most worth saving. We show that the government can exploit the information in the borrower loan demand to improve policy targets compared with existing...

This paper considers the issue of "Too Connected to Fail" (TCTF) for a system of banks endogenously interconnected with both credit and insurance claims. The interbank credit network results from the circulation of banks' liabilities as a means of payment. By tracking their circulation, this...

This paper presents a new approach to endogenize interbank credit networks, based on banks' specialty that their liabilities are accepted as a means of payment. This approach takes into account how borrowing on banks' asset side affects depositing on their liability side in general equilibrium....

We study the formation of networks in environments where agents derive benefits from other agents directly linked to them but suffer losses through contagion when any agent on a path connected to them is hit by a shock. We first consider networks with undirected links (e.g. epidemics,...

We study the formation of networks in environments where agents derive benefits from other agents directly linked to them but suffer losses through contagion when any agent on a path connected to them is hit by a shock. We first consider networks with undirected links (e.g. epidemics,...

We study the formation of networks in environments where agents derive benefits from other agents directly linked to them but suffer losses through contagion when any agent on a path connected to them is hit by a shock. We first consider networks with undirected links (e.g. epidemics,...

We introduce endogenous fire sales into a simple network model. For any given initial distribution of shocks across the network, we develop a clearing algorithm to solve for the financial equilibrium. We then utilise the results to perform ex ante risk assessment and derive risk premia for every...

We develop a dynamic computational network model of the banking system where fire sales provide the amplification mechanism of financial shocks. Each period a finite number of banks offers a large, but finite, number of loans to households. Banks with excess liquidity also offer loans to other...