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|dc.contributor.author||Hurvich, Clifford M.||-|
|dc.description.abstract||Standard predictive regressions produce biased coefficient estimates in small samples when the regressors are Gaussian first-order autoregressive with errors that are correlated with the error series of the dependent variable; see Stambaugh (1999) for the single-regressor model. This paper proposes a direct and convenient method to obtain reduced-bias estimators for single and multiple regressor models by employing an augmented regression, adding a proxy for the errors in the autoregressive model. We derive bias expressions for both the ordinary least squares and our reduced-bias estimated coefficients. For the standard errors of the estimated predictive coefficients we develop a heuristic estimator which performs well in simulations, for both the single-predictor model and an important specification of the multiple-predictor model. The effectiveness of our method is demonstrated by simulations and by empirical estimates of common predictive models in finance. Our empirical results show that some of the predictive variables that were significant under ordinary least squares become insignificant under our estimation procedure.||en|
|dc.publisher||Stern School of Business, New York University||en|
|dc.title||Predictive Regressions: A Reduced-Bias Estimation Method||en|
|dc.description.series||Statistics Working Papers Series||EN|
|Appears in Collections:||IOMS: Statistics Working Papers|
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