Duration dependent Markov-switching VAR (DDMS-VAR) models are time series models with data generating process consisting in a mixture of two VAR processes. The switching between the two VAR processes is governed by a two state Markov chain with transition probabilities that depend on how long the chain has been in a state. In the present paper we analyze the second order properties of such models and propose a Markov chain Monte Carlo algorithm to carry out Bayesian inference on the model’s unknowns. Furthermore, a freeware software written by the author for the analysis of time series by means of DDMS-VAR models is illustrated. The methodology and the software are applied to the analysis of the U.S. business cycle
The class of Markov switching models can be extended in two main directions in a multivariate framew...
This paper introduces regime switching parameters to the Mixed-Frequency VAR model. We begin by disc...
This paper introduces regime switching parameters in the Mixed-Frequency VAR model. We first discuss...
We propose a new class of Markov-switching (MS) models for business cycle analysis. As usually done ...
We propose a new class of Markov-switching models useful for business cycle analysis, with transitio...
Markov switching models are a family of models that introduces time variation in the parameters in t...
First published: 27 June 2016In this paper, we derive restrictions for Granger noncausality in MS-VA...
Dynamic volatility and correlation models with fixed parameters are restrictive for time series subj...
This paper introduces a Bayesian Markov regime-switching model that allows the cointegration relatio...
We study model selection issues and some extensions of Markov switching models. We establish both th...
Business cycle models are often investigated by using reduced form time series models, other than (o...
Macroeconomic practitioners frequently work with multivariate time series models such as VARs, facto...
Macroeconomic practitioners frequently work with multivariate time series models such as VARs, facto...
Note: This Working Paper should not be reported as representing the views of the European Central Ba...
Abstract: Markov switching autoregressivemodels (MSARMs) are efcient tools to analyse nonlinear and ...
The class of Markov switching models can be extended in two main directions in a multivariate framew...
This paper introduces regime switching parameters to the Mixed-Frequency VAR model. We begin by disc...
This paper introduces regime switching parameters in the Mixed-Frequency VAR model. We first discuss...
We propose a new class of Markov-switching (MS) models for business cycle analysis. As usually done ...
We propose a new class of Markov-switching models useful for business cycle analysis, with transitio...
Markov switching models are a family of models that introduces time variation in the parameters in t...
First published: 27 June 2016In this paper, we derive restrictions for Granger noncausality in MS-VA...
Dynamic volatility and correlation models with fixed parameters are restrictive for time series subj...
This paper introduces a Bayesian Markov regime-switching model that allows the cointegration relatio...
We study model selection issues and some extensions of Markov switching models. We establish both th...
Business cycle models are often investigated by using reduced form time series models, other than (o...
Macroeconomic practitioners frequently work with multivariate time series models such as VARs, facto...
Macroeconomic practitioners frequently work with multivariate time series models such as VARs, facto...
Note: This Working Paper should not be reported as representing the views of the European Central Ba...
Abstract: Markov switching autoregressivemodels (MSARMs) are efcient tools to analyse nonlinear and ...
The class of Markov switching models can be extended in two main directions in a multivariate framew...
This paper introduces regime switching parameters to the Mixed-Frequency VAR model. We begin by disc...
This paper introduces regime switching parameters in the Mixed-Frequency VAR model. We first discuss...