Directional Distance Functions (DDFs) are becoming a popular way of measuring efficiency as they encompass the Shephard output and input distance functions as special cases. However, the most critical and still unsolved issue related to DDF remains the selection of the direction along which to measure the distance from the efficient frontier. In this article, we propose some empirical tools which allow to quantify the sensitivity of the efficiency measurement to the selection of the direction. The proposed tools are applied on a dataset on the Italian agricultural sector
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
In productivity and efficiency analysis, the technical efficiency of a production unit is measured t...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
Directional Distance Functions (DDFs) are becoming a popular way of measuring efficiency as they enc...
In efficiency analysis the assessment of the performance of Decision-Making Units (DMUs) relays on t...
In efficiency analysis the assessment of the performance of Decision-Making Units (DMUs) relays on t...
In efficiency analysis the assessment of the performance of Decision Making Units (DMUs) relays on t...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
The birth of the directional distance function as an inefficiency measure was linked to the consumer...
Eco-efficiency is a matter of concern at present that is receiving increasing attention in political...
Input-based dynamic efficiency measures are derived from an adjustment-cost directional distance fun...
The purpose of this note is to provide new insights on the sensitivity of technical inefficiency sco...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received grea...
In productivity analysis, the performance of production units is measured through the distance of th...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
In productivity and efficiency analysis, the technical efficiency of a production unit is measured t...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
Directional Distance Functions (DDFs) are becoming a popular way of measuring efficiency as they enc...
In efficiency analysis the assessment of the performance of Decision-Making Units (DMUs) relays on t...
In efficiency analysis the assessment of the performance of Decision-Making Units (DMUs) relays on t...
In efficiency analysis the assessment of the performance of Decision Making Units (DMUs) relays on t...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
The birth of the directional distance function as an inefficiency measure was linked to the consumer...
Eco-efficiency is a matter of concern at present that is receiving increasing attention in political...
Input-based dynamic efficiency measures are derived from an adjustment-cost directional distance fun...
The purpose of this note is to provide new insights on the sensitivity of technical inefficiency sco...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received grea...
In productivity analysis, the performance of production units is measured through the distance of th...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
In productivity and efficiency analysis, the technical efficiency of a production unit is measured t...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...