Sentence examples for partial frontier from inspiring English sources

This partial frontier line shift is called the local technical change (Fujii et al., 2015).

Due to this, the hyperbolic order- α estimator is utilized, which is a partial frontier estimator.

The order- α estimator is a partial frontier estimator, and it allows some observations to lie above the estimated partial frontier, limiting the impacts of extreme values (or outliers) on efficiency scores [20].

A partial frontier analysis is performed in this paper to make a comparative assessment of the combinations of possible energy conservation objectives, new constraints and regulation strategies.

Finally, when examining the group of high-income countries both for the full (Fig. 1b) and partial frontier (Fig. 1d), we observe that during the 1990s, their efficiency levels have decreased.

Alternatives to DEA estimators, such as the order- α estimator (which involves estimating a partial frontier lying "close" to the true production frontier), have been developed which alleviate many of these problems.1 Unlike the DEA estimator, the order-α estimator is robust to outliers.

Finally, by following Bădin et al. (2012), we construct two ratios from the efficiencies calculated from the full and the partial frontiers as: Q=frac{lambda_tleft left.x,yright|zright)}{lambda left x,yright)}, (8) {Q}_{alpha }=frac{{lambda_{t,}}_{alpha}left left.x,yright|zright)}{lambda_{alpha}left x,yright)}.

The objective of this work is to study the electrochemical oxidation of aqueous wastes containing Methidathion using boron doped diamond thin-film electrodes and SnO2, and to determine the calculated partial charge and frontier electron density parameters.

Frontier living is frontier living.

Fractional-charge transfer (FCT), characterized by a partial filling of the frontier orbitals of all adsorbates, has been repeatedly reported for a variety of molecules on atomically clean metal surfaces.

In the present work, singly exposed active site of copper metal cluster at sub-nanometer level was designed to arrive at the energy minimised configurations, binding energy, electrostatic potential map, frontier molecular orbitals and partial density of states.