We consider the dynamic factor model and show how smoothness restrictions can be imposed on factor loadings by using cubic spline functions. We develop statistical procedures based on Wald, Lagrange multiplier and likelihood ratio tests for this purpose. The methodology is illustrated by analyzing a newly updated monthly time series panel of US term structure of interest rates. Dynamic factor models with and without smooth loadings are compared with dynamic models based on Nelson-Siegel and cubic spline yield curves. We conclude that smoothness restrictions on factor loadings are supported by the interest rate data and can lead to more accurate forecasts. © 2013 John Wiley & Sons, Ltd
A widely relied upon but a formally untested consideration is the issue of stability in actors under...
This paper presents a method for estimating multi-factor versions of the Cox, Ingersoll, Ross (1985b...
This paper proposes a Factor-Augmented Dynamic Nelson-Siegel (FADNS) model to predict the yield curv...
We consider the dynamic factor model and show how smoothness restrictions can be imposed on factor l...
textabstractWe propose a new approach to the modelling of the term structure of interest rates. We c...
textabstractWe extend the class of dynamic factor yield curve models for the inclusion of macro-econ...
We extend the class of dynamic factor yield curve models in order to include macroeconomic factors. ...
This discussion paper has resulted in a publication in the A rated journal 'Journal of Business and ...
In this article we introduce time-varying parameters in the dynamic Nelson-Siegel yield curve model ...
In this article we introduce time-varying parameters in the dynamic Nelson-Siegel yield curve model ...
Krivobokova T, Kauermann G, Archontakis T. Estimating the term structure of interest rates using pen...
In this dissertation, I study model misspecification in applications of dynamic factor models to fin...
In this dissertation, I study model misspecification in applications of dynamic factor models to fin...
In this paper we introduce time-varying parameters in the dynamic Nelson-Siegel yield curve model fo...
Defence date: 7 June 2011Examining Board: Professor Richard Spady, Johns Hopkins University (Extern...
A widely relied upon but a formally untested consideration is the issue of stability in actors under...
This paper presents a method for estimating multi-factor versions of the Cox, Ingersoll, Ross (1985b...
This paper proposes a Factor-Augmented Dynamic Nelson-Siegel (FADNS) model to predict the yield curv...
We consider the dynamic factor model and show how smoothness restrictions can be imposed on factor l...
textabstractWe propose a new approach to the modelling of the term structure of interest rates. We c...
textabstractWe extend the class of dynamic factor yield curve models for the inclusion of macro-econ...
We extend the class of dynamic factor yield curve models in order to include macroeconomic factors. ...
This discussion paper has resulted in a publication in the A rated journal 'Journal of Business and ...
In this article we introduce time-varying parameters in the dynamic Nelson-Siegel yield curve model ...
In this article we introduce time-varying parameters in the dynamic Nelson-Siegel yield curve model ...
Krivobokova T, Kauermann G, Archontakis T. Estimating the term structure of interest rates using pen...
In this dissertation, I study model misspecification in applications of dynamic factor models to fin...
In this dissertation, I study model misspecification in applications of dynamic factor models to fin...
In this paper we introduce time-varying parameters in the dynamic Nelson-Siegel yield curve model fo...
Defence date: 7 June 2011Examining Board: Professor Richard Spady, Johns Hopkins University (Extern...
A widely relied upon but a formally untested consideration is the issue of stability in actors under...
This paper presents a method for estimating multi-factor versions of the Cox, Ingersoll, Ross (1985b...
This paper proposes a Factor-Augmented Dynamic Nelson-Siegel (FADNS) model to predict the yield curv...