Real business cycle models have recently been applied to settings in which equilibria are suboptimal. In most models the solutions are approximated using some type of linearization with little attention being given to the accuracy of the approximation. In this paper we investigate three different approximation methods in the context of a neoclassical model with a production tax and compare their solutions with solutions obtained from a discrete state space solution to the Euler equations of the model.Business cycles
Papers on international business cycles have documented spurious welfare reversals: incomplete marke...
This paper develops theoretical foundations for an error analysis of approximate equilibria in dynam...
We reconsider the optimal taxation of income from labor and capital in the stochastic growth model a...
T he equilibrium of a dynamic macroeconomic model can usually berepresented by a system of nonlinear...
We propose a novel methodology for evaluating the accuracy of numerical solutions to dynamic economi...
Linear Methods are often used to compute approximate solutions to dynamic models, as these models of...
This paper evaluates the accuracy of quadratic approximate methods in the context of a simple real b...
Linear Methods are often used to compute approximate solutions to dynamic models, as these models of...
This paper focuses on one way a linearized representation of a nonlinear economic model can be used ...
We propose a novel methodology for evaluating the accuracy of numeri-cal solutions to dynamic econom...
This paper compares solution methods for dynamic equilibrium economies. We compute and simulate the ...
The neoclassical growth model with quasi-geometric discounting is shown by Krusell and Smith (2000) ...
This paper provides a general framework for the quantitative analysis of stochastic dynamic models. ...
Two common properties of macroeconomic models are non-linearities and dynamics characterised by a no...
This paper catalogues formulas that are useful for estimating dynamic linear economic models. We des...
Papers on international business cycles have documented spurious welfare reversals: incomplete marke...
This paper develops theoretical foundations for an error analysis of approximate equilibria in dynam...
We reconsider the optimal taxation of income from labor and capital in the stochastic growth model a...
T he equilibrium of a dynamic macroeconomic model can usually berepresented by a system of nonlinear...
We propose a novel methodology for evaluating the accuracy of numerical solutions to dynamic economi...
Linear Methods are often used to compute approximate solutions to dynamic models, as these models of...
This paper evaluates the accuracy of quadratic approximate methods in the context of a simple real b...
Linear Methods are often used to compute approximate solutions to dynamic models, as these models of...
This paper focuses on one way a linearized representation of a nonlinear economic model can be used ...
We propose a novel methodology for evaluating the accuracy of numeri-cal solutions to dynamic econom...
This paper compares solution methods for dynamic equilibrium economies. We compute and simulate the ...
The neoclassical growth model with quasi-geometric discounting is shown by Krusell and Smith (2000) ...
This paper provides a general framework for the quantitative analysis of stochastic dynamic models. ...
Two common properties of macroeconomic models are non-linearities and dynamics characterised by a no...
This paper catalogues formulas that are useful for estimating dynamic linear economic models. We des...
Papers on international business cycles have documented spurious welfare reversals: incomplete marke...
This paper develops theoretical foundations for an error analysis of approximate equilibria in dynam...
We reconsider the optimal taxation of income from labor and capital in the stochastic growth model a...