Management Science · 1998 · 2.2K citations · 19 references
Social SciencesEconomicsEconometricsEnergy EconomicsProduction EconomicsBootstrap MethodsEfficiency AnalysisNonparametric EconometricsProductivity AnalysisTechnical EfficiencyBootstrap Efficiency EstimationData Envelopment AnalysisEfficiency ScoresFinite Sample EstimationFrontier AnalysisFrontier Production AnalysisInput-oriented Efficiency
Efficiency scores of production units are measured relative to an estimated production frontier, and the bootstrap offers a straightforward method to assess how sampling variations affect these scores. The study aims to validate the bootstrap by defining a realistic data‑generating process and proposing a general bootstrapping methodology for nonparametric frontier models. The authors illustrate adapted bootstrapping methods by analyzing bootstrap sampling variations of input efficiency measures in electricity plants. Nonparametric estimators such as DEA and FDH rely on a finite sample of observed production units.
Efficiency scores of production units are generally measured relative to an estimated production frontier. Nonparametric estimators (DEA, FDH, ⋯) are based on a finite sample of observed production units. The bootstrap is one easy way to analyze the sensitivity of efficiency scores relative to the sampling variations of the estimated frontier. The main point in order to validate the bootstrap is to define a reasonable data-generating process in this complex framework and to propose a reasonable estimator of it. This paper provides a general methodology of bootstrapping in nonparametric frontier models. Some adapted methods are illustrated in analyzing the bootstrap sampling variations of input efficiency measures of electricity plants.
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Bootstrap Methods: Another Look at the Jackknife
B. Efron · The Annals of Statistics · 1979 · 17.4K citations · Full text
Bootstrapping Regression Models
Darcy A. Freedman · The Annals of Statistics · 1981 · 1K citations