OPTIMAL MINIMAX RATES FOR NONPARAMETRIC SPECIFICATION TESTING IN REGRESSION MODELS
By E. Guerre, P. Lavergne. Econometric Theory, 2002
57 citations recorded by the source corpus.
View Paper: https://www.semanticscholar.org/paper/7d6187efe9ed269bd23bee846662cafe5a1f36a6
How researchers see this paper
The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.
- Wenceslao González-Manteiga
- Ping Yu
- J. Porter
- Rosa M. Crujeiras
- E. Guerre
- Valentin Patilea
- Joel L. Horowitz
- Miguel A. Delgado
Citations in the corpus
- Breaking the curse of dimensionality in nonparametric testing (2008, methodology): “Another approach looks at the uniform consistency of the test against a class of regular alternatives, see Spokoiny (1996), Horowitz and Spokoiny (2001), Guerre and Lavergne (2002), and essentially reaches the same conclusion.”
- An updated review of Goodness-of-Fit tests for regression models (2013, background): “Thus, for Hölder, Sobolev, and Besov spaces with derivatives of order s ≥ p/4 and known s, the rate is n−2s/(4s+p) (see Ingster works and Guerre and Lavergne 2002).”
- Consistent Tests of Conditional Moment Restrictions (2006, background): “theoretical approach for comparing them, see Fan and Li (2000) and Guerre and Lavergne (2002) .”
- Regression discontinuity designs with unknown discontinuity points: Testing and estimation (2015, background): “Relevant literature in the classical speci cation test includes Ingster (1993) and Guerre and Lavergne (2002).”
- Testing a parametric model against a nonparametric alternative with identification through instrumental variables (2004, background): “See, for example, Guerre and Lavergne (2002) and Horowitz and”
- Data-Driven Rate-Optimal Specification Testing in Regression Models (2005, methodology): “For Example 1b, the proof of Assumtion W1(ii) uses the same Taylor expansion as in Guerre and Lavergne (2002) to build the Πs,h. Assumption W1(iii), for any given q̄, is a consequence of Assumption W1(iii) for q̄ = 1.”