textabstractThe empirical support for a real business cycle model with two technology shocks is evaluated using a Bayesian model averaging procedure. This procedure makes use of a finite mixture of many models within the class of vector autoregressive (VAR) processes. The linear VAR model is extended to permit cointegration, a range of deterministic processes, equilibrium restrictions and restrictions on long-run responses to technology shocks. We find support for a number of the features implied by the real business cycle model. For example, restricting long run responses to identify technology shocks has reasonable support and important implications for the short run responses to these shocks. Further, there is evidence that savings and i...
Technology shocks are at the core of real business cycle models. Although tra-ditionaly described as...
This paper takes a fresh look on the well known real business cycle model of Kydlard and Prescott [1...
Growth cycles are often mistaken for business cycles, although these two have different statistical ...
The empirical support for a real business cycle model with two technology shocks is evaluated using ...
The empirical support for features of a Dynamic Stochastic General Equilibrium model with two techno...
textabstractThe empirical support for features of a Dynamic Stochastic General Equilibrium model wit...
This paper uses maximum likelihood to estimate a prototypical real business cycle model under severa...
textabstractEconomic forecasts and policy decisions are often informed by empirical analysis based o...
This paper contributes to the on-going empirical debate regarding the role of the RBC model and in p...
textabstractA Bayesian model averaging procedure is presented within the class of vector autoregress...
validated by careful comparison of their statistical fit to that of Bayesian VARs. These models sugg...
Economic policy decisions are often informed by empirical analysis based on accurate econometric mod...
Gali's innovative approach of imposing long-run restrictions on a vector autoregression (VAR) to ide...
This paper uses a Bayesian approach to estimate a standard international real business cycle model a...
This paper estimates and forecasts U.S. business cycle turning points with state-level data. The pro...
Technology shocks are at the core of real business cycle models. Although tra-ditionaly described as...
This paper takes a fresh look on the well known real business cycle model of Kydlard and Prescott [1...
Growth cycles are often mistaken for business cycles, although these two have different statistical ...
The empirical support for a real business cycle model with two technology shocks is evaluated using ...
The empirical support for features of a Dynamic Stochastic General Equilibrium model with two techno...
textabstractThe empirical support for features of a Dynamic Stochastic General Equilibrium model wit...
This paper uses maximum likelihood to estimate a prototypical real business cycle model under severa...
textabstractEconomic forecasts and policy decisions are often informed by empirical analysis based o...
This paper contributes to the on-going empirical debate regarding the role of the RBC model and in p...
textabstractA Bayesian model averaging procedure is presented within the class of vector autoregress...
validated by careful comparison of their statistical fit to that of Bayesian VARs. These models sugg...
Economic policy decisions are often informed by empirical analysis based on accurate econometric mod...
Gali's innovative approach of imposing long-run restrictions on a vector autoregression (VAR) to ide...
This paper uses a Bayesian approach to estimate a standard international real business cycle model a...
This paper estimates and forecasts U.S. business cycle turning points with state-level data. The pro...
Technology shocks are at the core of real business cycle models. Although tra-ditionaly described as...
This paper takes a fresh look on the well known real business cycle model of Kydlard and Prescott [1...
Growth cycles are often mistaken for business cycles, although these two have different statistical ...