We propose a specification test for a wide range of parametric models for conditional distribution function of an outcome variable given a vector of covariates. The test is based on the Cramer-von Mises distance between an unrestricted estimate of the joint distribution function of the data, and an restricted estimate that imposes the structure implied by the model. The procedure is straightforward to implement, is consistent against fixed alternatives, has non-trivial power against local deviations from the null hypothesis of order n^(-1/2), and does not require the choice of smoothing parameters. We also provide an empirical application using data on wages in the US
This article provides a uni\u85ed approach to speci\u85cation testing of econo-metric models de\u85n...
We propose omnibus tests for symmetry of the conditional distribution of a time series process about...
Conditional independence is of interest for testing unconfoundedness assumptions in causal inference...
We propose a specification test for a wide range of parametric models for the conditional distributi...
This article proposes a class of asymptotically distribution-free specification tests for parametric...
International audienceWe introduce a goodness-of-fit test for statistical models about the condition...
Many important economic and finance hypotheses are investigated through testing the specification o...
This article proposes testing the hypothesis of a uniformly non-positive nonparametric regression fu...
This paper introduces a conditional Kolmogorov test, in the spirit of Andrews (1997), that allows fo...
This paper proposes a convenient and generally applicable diagnostic m-test for checking the distrib...
In the common nonparametric regression model the problem of testing for the parametric form of the c...
This paper introduces a test for the comparison of multiple misspecified condi-tional interval model...
This paper introduces a conditional Kolmogorov test of model specification for parametric models with...
We propose two classes of consistent tests in parametric econometric models defined through multiple...
This article proposes a general class of joint and marginal diagnostic tests for parametric conditio...
This article provides a uni\u85ed approach to speci\u85cation testing of econo-metric models de\u85n...
We propose omnibus tests for symmetry of the conditional distribution of a time series process about...
Conditional independence is of interest for testing unconfoundedness assumptions in causal inference...
We propose a specification test for a wide range of parametric models for the conditional distributi...
This article proposes a class of asymptotically distribution-free specification tests for parametric...
International audienceWe introduce a goodness-of-fit test for statistical models about the condition...
Many important economic and finance hypotheses are investigated through testing the specification o...
This article proposes testing the hypothesis of a uniformly non-positive nonparametric regression fu...
This paper introduces a conditional Kolmogorov test, in the spirit of Andrews (1997), that allows fo...
This paper proposes a convenient and generally applicable diagnostic m-test for checking the distrib...
In the common nonparametric regression model the problem of testing for the parametric form of the c...
This paper introduces a test for the comparison of multiple misspecified condi-tional interval model...
This paper introduces a conditional Kolmogorov test of model specification for parametric models with...
We propose two classes of consistent tests in parametric econometric models defined through multiple...
This article proposes a general class of joint and marginal diagnostic tests for parametric conditio...
This article provides a uni\u85ed approach to speci\u85cation testing of econo-metric models de\u85n...
We propose omnibus tests for symmetry of the conditional distribution of a time series process about...
Conditional independence is of interest for testing unconfoundedness assumptions in causal inference...