A well-documented property of the Beveridge–Nelson trend–cycle decomposition is the perfect negative correlation between trend and cycle innovations. We show how this may be consistent with a structural model where permanent innovations enter the cycle or transitory innovations enter the trend, and that identification restrictions are necessary to make this structural distinction. A reduced-form unrestricted version is compatible with either option, but cannot distinguish which is relevant. We discuss economic interpretations and implications using U.S. real GDP data
Many researchers believe that the Beveridge-Nelson decomposition leads to permanent and transitory c...
© 2017 Elsevier B.V. This paper reconciles two widely used trend–cycle decompositions of GDP that gi...
This paper decomposes and estimates trend/cyclical components of some key macro variables?GDP, infla...
A well-documented property of the Beveridge–Nelson trend–cycle decomposition is the perfect negative...
Une caractéristique bien connue de la décomposition Beveridge-Nelson est la corrélation négative par...
A well-documented property of the Beveridge-Nelson trend-cycle decomposition is the perfect negative...
Recent work on trend-cycle decompositions for US real GDP yields the following puzzling features: me...
This version: August 2010When a certain procedure is applied to extract two component processes from...
This paper discusses a few interpretative issues arising from trend- cycle decompositions with corre...
In an unobserved components framework of US output trend and cycle, this paper seeks to determine th...
The paper is a revised version of the first chapter of the author's dissertation (Nagakura, 2007).In...
This paper first generalizes the trend-cycle decomposition framework of Perron and Wada (2009) based...
Economists typically use seasonally adjusted data in which the assumption is imposed that seasonalit...
This paper investigates multivariate Beveridge-Nelson decomposition of key macro aggregate data. We ...
This article places the data revision model of Jacobs and van Norden (2011) within a class of trend-...
Many researchers believe that the Beveridge-Nelson decomposition leads to permanent and transitory c...
© 2017 Elsevier B.V. This paper reconciles two widely used trend–cycle decompositions of GDP that gi...
This paper decomposes and estimates trend/cyclical components of some key macro variables?GDP, infla...
A well-documented property of the Beveridge–Nelson trend–cycle decomposition is the perfect negative...
Une caractéristique bien connue de la décomposition Beveridge-Nelson est la corrélation négative par...
A well-documented property of the Beveridge-Nelson trend-cycle decomposition is the perfect negative...
Recent work on trend-cycle decompositions for US real GDP yields the following puzzling features: me...
This version: August 2010When a certain procedure is applied to extract two component processes from...
This paper discusses a few interpretative issues arising from trend- cycle decompositions with corre...
In an unobserved components framework of US output trend and cycle, this paper seeks to determine th...
The paper is a revised version of the first chapter of the author's dissertation (Nagakura, 2007).In...
This paper first generalizes the trend-cycle decomposition framework of Perron and Wada (2009) based...
Economists typically use seasonally adjusted data in which the assumption is imposed that seasonalit...
This paper investigates multivariate Beveridge-Nelson decomposition of key macro aggregate data. We ...
This article places the data revision model of Jacobs and van Norden (2011) within a class of trend-...
Many researchers believe that the Beveridge-Nelson decomposition leads to permanent and transitory c...
© 2017 Elsevier B.V. This paper reconciles two widely used trend–cycle decompositions of GDP that gi...
This paper decomposes and estimates trend/cyclical components of some key macro variables?GDP, infla...