Heteroskedasticity-Robust Standard Errors for Fixed Effects Panel Data Regression

By James H. Stock, Mark W. Watson. 2008

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The conventional heteroskedasticity-robust (HR) variance matrix estimator for cross-sectional regression (with or without a degrees of freedom adjustment), applied to the fixed effects estimator for panel data with serially uncorrelated errors, is inconsistent if the number of time periods T is fixed (and greater than two) as the number of entities n increases. We provide a bias-adjusted HR estimator that is (nT)1/2 -consistent under any sequences (n, T) in which n and/or T increase to %u221E.The conventional heteroskedasticity-robust (HR) variance matrix estimator for cross-sectional regression (with or without a degrees of freedom adjustment), applied to the fixed effects estimator for panel data with serially uncorrelated errors, is inconsistent if the number of time periods T is fixed (and greater than two) as the number of entities n increases. We provide a bias-adjusted HR estimator that is (nT)1/2 -consistent under any sequences (n, T) in which n and/or T increase to %u221E.

Subfields: Economics and Econometrics

View Paper: https://www.semanticscholar.org/paper/55f4b9d196800b6931635bfee2237b3a83cbe5f6

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In Economics and Econometrics

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  2. Todd A. Gormley
  3. David A. Matsa
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  5. Joris Pinkse
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  8. Kosuke Imai

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