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MSBVAR (version 0.9-2)

Markov-Switching, Bayesian, Vector Autoregression Models

Description

Provides methods for estimating frequentist and Bayesian Vector Autoregression (VAR) models and Markov-switching Bayesian VAR (MSBVAR). Functions for reduced form and structural VAR models are also available. Includes methods for the generating posterior inferences for these models, forecasts, impulse responses (using likelihood-based error bands), and forecast error decompositions. Also includes utility functions for plotting forecasts and impulse responses, and generating draws from Wishart and singular multivariate normal densities. Current version includes functionality to build and evaluate models with Markov switching.

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Version

Install

install.packages('MSBVAR')

Monthly Downloads

175

Version

0.9-2

License

MIT + file LICENSE

Maintainer

Last Published

February 10th, 2015

Functions in MSBVAR (0.9-2)

Compare VAR forecasts to each other or real data

Find the null space of a matrix

Mean absolute error of VAR forecasts

Prints a list object for the VAR and BVAR models in MSBVAR

Decompositions of Forecast Error Variance (DFEV) for VAR/BVAR/BSVAR models

Mountain plots for summarizing forecast densities

Bivariate Granger causality testing

Empirical CDF computations for posterior forecast samples

Quarterly U.S. GDP Growth, 1952Q3-1984Q4

Gibbs sampler for posterior of Bayesian structural vector autoregression models

Plot a parameter density summary for B-SVAR A(0) objects

IsraelPalestineConflict

Weekly Goldstein Scaled Israeli-Palestinian Conflict Data, 1979-2003

Summary measures and plots for MS-B(S)VAR state-spaces

Plots VAR forecasts and their empirical error bands

Log density for a Wishart variate

Gibbs sampler for coefficients of a B-SVAR model

Subset of Data from Brandt, Colaresi, and Freeman (2008)

initialize.msbvar

Initializes the mode-finder for a Markov-switching Bayesian VAR model

Monte Carlo Integration / Simulation of Impulse Response Functions

SZ.prior.evaluation

Sims-Zha Bayesian VAR Prior Specification Search

Gibbs sampler for a Markov-switching Bayesian reduced form vector autoregression model

Markov-switching Bayesian reduced form vector autoregression model setup and posterior mode estimation

Forecast density estimation of hard condition forecasts for VAR models via MCMC

State-space forward-filter and backwards-sampler for a Markov-switching VAR model

Generate forecasts for fitted VAR objects

var.lag.specification

Automated VAR lag specification testing

Random draws from and density for Dirichlet distribution

Simulate (univariate) Markov-switching autoregressive (MSAR) data

Printing DFEV tables

Root mean squared error of a Monte Carlo / MCMC sample of forecasts

reduced.form.var

Estimation of a reduced form VAR model

Utility function for generating the restriction matrix for hard condition forecasting

Plots impulse responses

summary.forecast

Summary functions for forecasts obtained through VAR / BVAR / B-SVAR model objects

Estimates the marginal likelihood or log posterior probability for BVAR, BSVAR, and MSBVAR models

Random deviates from a Wishart distribution

Reduced form Sims-Zha Bayesian VAR model estimation

Likelihood normalization of SVAR models

Markov-switching vector autoregression (MSVAR) estimator

Converts A0 objects to coda MCMC objects

Plot function for forecasts

Color plot of MSBVAR impulse response functions

Regime probability summaries and regime duration estimates based on MCMC output for MSBVAR models

Multivariate Normal Random Number Generator

Lag decay specification check

Forecast density estimation unconditional forecasts for VAR/BVAR/BSVAR models via MCMC

Impulse Response Function (IRF) Computation for a VAR

Simulate a Markov-switching VAR (MSVAR) process

Clustering and plotting function for msbvar permuted sample output

Summary functions for VAR / BVAR / B-SVAR model objects

Structural Sims-Zha Bayesian VAR model estimation

Plotting posteriors of Monte Carlo simulated impulse responses

print.posterior.fit

Print method for posterior fit measures