Regulators restrict bankers' risk-taking by bonus caps or deferrals. We derive a structural model to analyze these compensation regulations and show that for a risk-neutral banker subject to positive switching costs of reducing bank risk, a bonus deferral is impotent while a sufficiently tight...

We model a banker's future bonuses as a series of call options on the bank's profits and show that bonus caps and deferrals reduce risk-taking. However, the banker's optimal risk-taking also depends on the costs of risk-taking. We calibrate the model to US banking data and show that lengthening...

We derive a principal-agent model to analyze the effectiveness of bonus caps and deferrals in regulating banks' risk-taking. We calibrate the model to a sample of large US banks on the eve of the Global Financial Crisis and run counterfactual analyses of the potential effects of the...

We derive a principal-agent model to analyze the effectiveness of bonus caps and deferrals in regulating banks' risk-taking. We calibrate the model to a sample of large US banks on the eve of the Global Financial Crisis and run counterfactual analyses of the potential effects of the regulations....

Chaotic phenomena, chaos amplification and other interesting nonlinear behaviors have been observed in supply chain systems. Chaos can be defined theoretically if the dynamics under study are produced only by deterministic factors. However, deterministic settings rarely present themselves in...