Input-based dynamic efficiency measures are derived from an adjustment-cost directional distance function approach. A dynamic input directional distance function can be generated from an adjustment-cost technology where the dynamics are explicitly incorporated in the form of the properties of the input requirement sets with respect to the quasi-fixed factors. The properties of the dynamic input directional distance function are inherited from the properties of the technology. The efficiency measures are then applied to a panel data set of Dutch horticulture firms over the period 1991-1995
This chapter is concerned with the measurement of profitability efficiency, defined as the ratio of ...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
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...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
We present the theoretical foundation for an adjustment cost technology that supports the intertempo...
Directional Distance Functions (DDFs) are becoming a popular way of measuring efficiency as they enc...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received grea...
Nonparametric dynamic measures of production efficiency are developed in the context of an adjustmen...
Modern business environments are dynamic. Yet, the models used to make decisions and quantify succes...
We extend a recently developed DEA methodology for cost efficiency analysis towards profit efficienc...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received great...
The birth of the directional distance function as an inefficiency measure was linked to the consumer...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
This chapter is concerned with the measurement of profitability efficiency, defined as the ratio of ...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
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...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
This research proposes a parametric estimation of the structural dynamic efficiency measures propose...
We present the theoretical foundation for an adjustment cost technology that supports the intertempo...
Directional Distance Functions (DDFs) are becoming a popular way of measuring efficiency as they enc...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received grea...
Nonparametric dynamic measures of production efficiency are developed in the context of an adjustmen...
Modern business environments are dynamic. Yet, the models used to make decisions and quantify succes...
We extend a recently developed DEA methodology for cost efficiency analysis towards profit efficienc...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received great...
The birth of the directional distance function as an inefficiency measure was linked to the consumer...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
This chapter is concerned with the measurement of profitability efficiency, defined as the ratio of ...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
Eco-efficiency is a matter of concern at present that is receiving increasing attention in political...