Comparing Accuracy of Second Order Approximation and Dynamic Programming

Willi Semmler, Stephanie Becker and Lars Gruene
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Stephanie Becker: University of Bayreuth
Lars Gruene: University of Bayreuth

No 469, Computing in Economics and Finance 2006 from Society for Computational Economics

Abstract: The accuracy of the solution of dynamic general equilibrium models has become a major issue. Recent papers, substituting second order for first order approximations, have shown to obtain significant differences in accuracy. Second order approximations have had some considerable success in solving the policy function of small as well as large scale models. Yet, the issue of accuracy is also relevant for the approximate solution of the value function. In numerous dynamic decision problems welfare needs to be computed through the approximation of the value function. Kim and Kim (2003), for example, find a reversal of welfare ordering by moving from first to second order approximations. Studies of the impact of monetary and fiscal policy on welfare have also to deal with the accuracy of the value function. Employing the base line stochastic growth model this paper compares the accuracy of the second order approximation and dynamic programming solution for both the policy as well as the value functions. We find that dynamic programming performs better with respect to both.

JEL-codes: C61 (search for similar items in EconPapers)
Date: 2006-07-04
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Journal Article: Comparing accuracy of second-order approximation and dynamic programming (2007)
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