There is an intermediate approach, which is to compile code not into machine language but into an intermediate language that is close enough to machine language that it is efficient to interpret though not so close that it is tied to the machine language of a particular computer.
Section 4 describes the mathematical structure of the intermediate approach.
This study proposes a new "intermediate" approach between them.
The intermediate approach was first proposed by Sueyoshi and Yuan (2017).
Such differences can increase the level of efficiency measurement by the intermediate approach.
Finally, the intermediate approach incorporates independent efficiency scores for each desirable and undesirable output.
The proposed interaction law is based on a new non-linear intermediate approach.
At the end of this section, it is important to note the three unique features if the proposed intermediate approach.
First, the proposed intermediate approach needs to be explored a time horizon, which is not explored in this study.
An intermediate approach is based on the definition of a cuboid model of variable size [8, 9].
Finally, it is hoped that this study makes a contribution in DEA intermediate approach applied to energy and environment.
