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Multi-dimensional monetary policy shocks based on heteroscedasticity

Auteur(s)
Kaufmann, Daniel 
Institut de recherches économiques 
Burri, Marc 
Institut de recherches économiques 
Maison d'édition
Neuchâtel : IRENE
Date de parution
2024-08
Nombre de page
51 p.
Résumé
We propose a two-step approach to estimate multi-dimensional monetary policy shocks and their causal effects requiring only daily financial market data and policy events. First, we combine a heteroscedasticity-based identification scheme with recursive zero restrictions along the term structure of interest rates to disentangle multi-dimensional monetary policy shocks and derive an instrumental variables estimator to estimate dynamic causal effects. Second, we propose to use the Kalman filter to compute the linear minimum mean-square-error prediction of the unobserved monetary policy shocks. We apply the approach to examine the causal effects of US monetary policy on the exchange rate. The heteroscedasticity-based monetary policy shocks display a relevant correlation with existing high-frequency surprises. In addition, their dynamic causal effects on the exchange rate are similar. This suggests the approach is a valid alternative if high-frequency identification schemes are not applicable.
Lié au projet
https://ideas.repec.org/p/irn/wpaper/24-03.html
Identifiants
https://libra.unine.ch/handle/123456789/33015
Type de publication
working paper
Dossier(s) à télécharger
 main article: IdentificationMonetaryPolicy_IRENE_WP.pdf (604.23 KB)
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