In this paper we develop an extremely general procedure for performing a wide variety of model specification tests by running artificial linear regressions and then using conventional significance tests. In particular, this procedure allows us to develop non-nested hypothesis tests for any set of models which attempt to explain the same dependent variable(s), even when the error specifications of the various models are not the same. For example, it is straightforward to test linear regression models against loglinear ones. These procedures are illustrated by an empirical application, in which we estimate and test several competing models of personal savings behavior in Canada
Several procedures are proposed for testing the specification of an econometric model in the presenc...
This paper proposes a test statistic for discriminating between two partly non-linear regression m...
We propose a specification test of a parametrically specified model against a weakly specified alter...
We consider several issues related to what Hausman [1978] called "specification tests", namely tests...
Applied economic research often involves testing between onnested models. In such situations informa...
In recent papers ([6], [4]) several tests have been proposed for testing the truth of a nonlinear s...
This paper proposes a specification test for non-nested semiparametrically specified competing model...
ABSTRACT. – This paper surveys some applications of artificial regres-sions including the GAUSS-NEWT...
We propose a specification test of a parametrically specified nonlinear model against a weakly speci...
In this paper, I introduce a simple test for the presence of the data-generating process among sever...
We propose a specification test of parametrically specified nonlinear model against a weakly specifi...
We consider several issues related to Durbin-Wu-Hausman tests, that is tests based on the comparison...
In economic applications it is often the case that the variate of interest is non-negative and its d...
This paper seeks to distinguish the principles upon which testing of statistical hypotheses may be b...
In econometric analysis, non-nested models arise naturally when rival economic theories are used to...
Several procedures are proposed for testing the specification of an econometric model in the presenc...
This paper proposes a test statistic for discriminating between two partly non-linear regression m...
We propose a specification test of a parametrically specified model against a weakly specified alter...
We consider several issues related to what Hausman [1978] called "specification tests", namely tests...
Applied economic research often involves testing between onnested models. In such situations informa...
In recent papers ([6], [4]) several tests have been proposed for testing the truth of a nonlinear s...
This paper proposes a specification test for non-nested semiparametrically specified competing model...
ABSTRACT. – This paper surveys some applications of artificial regres-sions including the GAUSS-NEWT...
We propose a specification test of a parametrically specified nonlinear model against a weakly speci...
In this paper, I introduce a simple test for the presence of the data-generating process among sever...
We propose a specification test of parametrically specified nonlinear model against a weakly specifi...
We consider several issues related to Durbin-Wu-Hausman tests, that is tests based on the comparison...
In economic applications it is often the case that the variate of interest is non-negative and its d...
This paper seeks to distinguish the principles upon which testing of statistical hypotheses may be b...
In econometric analysis, non-nested models arise naturally when rival economic theories are used to...
Several procedures are proposed for testing the specification of an econometric model in the presenc...
This paper proposes a test statistic for discriminating between two partly non-linear regression m...
We propose a specification test of a parametrically specified model against a weakly specified alter...