In this paper, we estimate the time-varying betas or input elasticities and returns to scale in a stochastic frontier cumulative rolling regression analysis framework using FAO data of Southeast Asian countries from 1960-2002. Empirical results indicated returns to scale are overestimated by pooled and panel models relative to stochastic frontier models without accounting for technical inefficiencies. Second, the time-varying estimates of betas or input elasticities and returns to scale indicate variations not only between the models but also over time
In the first chapter, by introduction of output augmentation and input reduction I extend additive m...
A stochastic frontier model incorporating inefficiency effects has been employed to analyse the effi...
This article presents multi-output, multi-input total factor productivity (TFP) growth rates in agri...
In this paper, we estimate the time-varying betas or input elasticities and returns to scale in a st...
The returns to scale for nineteen South Asian countries are estimated using window and cumulative ro...
This paper has a two-fold contribution. First, it examines the importance of accounting for (in)effi...
We estimate a random effects stochastic frontier production function to study the impacts of irrigat...
In this paper, we estimate agricultural productivity change at country level based on the same data ...
This article estimates agricultural total factor productivity (TFP) growth in eight Southeast Asian ...
A stochastic production frontier model is formulated within the generalized production function fram...
Two stochastic production frontier models are formulated within the generalized production function ...
A stochastic frontier production function with time-varying technical efficiencies is estimated usin...
In the context to achieve the self sufficiency in rice production at 75% of local consumption, Malay...
The traditional Stochastic Frontier Model (SFM) suffers from a very restrictive assumption of indepe...
East Asia has experienced dramatic economic growth from the latter half of the 20th century to the p...
In the first chapter, by introduction of output augmentation and input reduction I extend additive m...
A stochastic frontier model incorporating inefficiency effects has been employed to analyse the effi...
This article presents multi-output, multi-input total factor productivity (TFP) growth rates in agri...
In this paper, we estimate the time-varying betas or input elasticities and returns to scale in a st...
The returns to scale for nineteen South Asian countries are estimated using window and cumulative ro...
This paper has a two-fold contribution. First, it examines the importance of accounting for (in)effi...
We estimate a random effects stochastic frontier production function to study the impacts of irrigat...
In this paper, we estimate agricultural productivity change at country level based on the same data ...
This article estimates agricultural total factor productivity (TFP) growth in eight Southeast Asian ...
A stochastic production frontier model is formulated within the generalized production function fram...
Two stochastic production frontier models are formulated within the generalized production function ...
A stochastic frontier production function with time-varying technical efficiencies is estimated usin...
In the context to achieve the self sufficiency in rice production at 75% of local consumption, Malay...
The traditional Stochastic Frontier Model (SFM) suffers from a very restrictive assumption of indepe...
East Asia has experienced dramatic economic growth from the latter half of the 20th century to the p...
In the first chapter, by introduction of output augmentation and input reduction I extend additive m...
A stochastic frontier model incorporating inefficiency effects has been employed to analyse the effi...
This article presents multi-output, multi-input total factor productivity (TFP) growth rates in agri...