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Federal Reserve Bank of Chicago
Working Paper Series
Selecting Primal Innovations in DSGE models
Filippo Ferroni
Stefano Grassi
Miguel A. Leon-Ledesma
Abstract

DSGE models are typically estimated assuming the existence of certain primal shocks that drive macroeconomic fluctuations. We analyze the consequences of estimating shocks that are "non-existent" and propose a method to select the primal shocks driving macroeconomic uncertainty. Forcing these non-existing shocks in estimation produces a downward bias in the estimated internal persistence of the model. We show how these distortions can be reduced by using priors for standard deviations whose support includes zero. The method allows us to accurately select primal shocks and estimate model parameters with high precision. We revisit the empirical evidence on an industry standard medium-scale DSGE model and find that government and price markup shocks are innovations that do not generate statistically significant dynamics.


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Filippo Ferroni & Stefano Grassi & Miguel A. Leon-Ledesma, Selecting Primal Innovations in DSGE models, Federal Reserve Bank of Chicago, Working Paper Series WP-2017-20, 01 Aug 2017.
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Keywords: Reduced rank covariance matrix; DSGE models; stochastic dimension search
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