Indirect Inference of Stochastic Frontier Models
Hung-pin Lai
A chapter in Essays in Honor of Subal Kumbhakar, 2024, vol. 46, pp 415-438 from Emerald Group Publishing Limited
Abstract:
The standard method to estimate a stochastic frontier (SF) model is the maximum likelihood (ML) approach with the distribution assumptions of a symmetric two-sided stochastic errorvand a one-sided inefficiency random componentu. Whenvoruhas a nonstandard distribution, such asvfollows a generalizedtdistribution oruhas aχ2distribution, the likelihood function can be complicated or untractable. This chapter introduces using indirect inference to estimate the SF models, where only least squares estimation is used. There is no need to derive the density or likelihood function, thus it is easier to handle a model with complicated distributions in practice. The author examines the finite sample performance of the proposed estimator and also compare it with the standard ML estimator as well as the maximum simulated likelihood (MSL) estimator using Monte Carlo simulations. The author found that the indirect inference estimator performs quite well in finite samples.
Keywords: Stochastic frontier; maximum likelihood estimation; indirect inference; maximum simulated likelihood estimation; ordinary least squares; characteristic function; C15; D24 (search for similar items in EconPapers)
Date: 2024
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Persistent link: https://EconPapers.repec.org/RePEc:eme:aecozz:s0731-905320240000046014
DOI: 10.1108/S0731-905320240000046014
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