Time-Varying Coefficient for Single and Multi-Equation Regressions

Fitting time-varying coefficient models for single and multi-equation regressions, using kernel smoothing techniques.


CRAN Status CRAN RStudio mirror downloads

tvReg

This R package covers a large range of semiparametric regression methods with time-varying coefficients using nonparametric kernel smoothing for the estimation.

Installation

You can install the released version of tvReg from CRAN with:

install.packages("tvReg")

or the development version from GitHub with:

devtools::install_github("icasas/tvReg")

Main functions

The five basic functions in this package are tvLM(), tvAR(), tvSURE(), tvPLM(), tvVAR() and tvIRF(). Moreover, this package provides the confint(), fitted(), forecast(), plot(), predict(), print(), resid() and summary() methods adapted to the class attributes of the tvReg. In addition, it includes bandwidth selection methods, time-varying variance-covariance estimators and four estimation procedures: the time-varying ordinary least squares, which are implemented in the tvOLS() methods, the time-varying generalised least squares for a list of equations, which is implemented in the tvGLS() methods, time-varying pooled and random effects estimators for panel data, which are implemented in the tvRE() and the time-varying fixed effects estimator, which is implemente in the tvFE().

References

Casas, Isabel and Fernandez-Casal, Ruben, tvReg: Time-varying Coefficient Linear Regression for Single and Multi-Equations in R (2022). R Journal, 14/1, pp. 79 - 100. link.

Reference manual

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install.packages("tvReg")

0.5.11 by Isabel Casas, 7 months ago


https://github.com/icasas/tvReg


Report a bug at https://github.com/icasas/tvReg/issues


Browse source code at https://github.com/cran/tvReg


Authors: Isabel Casas [aut, cre] , Ruben Fernandez-Casal [aut]


Documentation:   PDF Manual  


GPL (>= 3) license


Imports systemfit, MASS, vars, bvarsv, plm

Depends on Matrix, graphics, stats, methods

Suggests knitr, rmarkdown


Imported by ArvindSt.


See at CRAN