This paper shows that standard tools of efficiency analysis, directional distance functions, can be used to characterize the investment-returns technology. That ability to characterize the investment-returns technology and fundamental duality relationships imply that directional distance functions can be used to detect the presence of an arbitrage, to value financial assets in the absence of an arbitrage lying in the span of the market and to place bounds on the no-arbitrage values of assets lying outside the span of the market.Efficiency analysis Arbitrage Distance functions Directional distance functions Finance Asset pricing
In this paper the theory of the directional technology distance function is extended by deriving a s...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
Input-based dynamic efficiency measures are derived from an adjustment-cost directional distance fun...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received grea...
The birth of the directional distance function as an inefficiency measure was linked to the consumer...
In productivity analysis, the performance of production units is measured through the distance of th...
2 Shephard’s distance functions are widely used instruments for characterizing technology and for es...
In productivity analysis, the performance of production units is measured through the distance of th...
The reverse directional distance function, shortly RDDF, is a relatively recent concept introduced b...
Various distance functions, defined as different optimization problems with respect to a technology ...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received great...
In this paper we extend the slack-based directional distance function introduced by Färe and Grossko...
Efficiency measurement of economic phenomena is of great importance to economists. Known terms and c...
A generalization of Shephard's distance functions is proposed, extending the usefulness of distance ...
As we showed in Chap. 8, by duality, the directional distance function (DDF) is related to a measure...
In this paper the theory of the directional technology distance function is extended by deriving a s...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
Input-based dynamic efficiency measures are derived from an adjustment-cost directional distance fun...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received grea...
The birth of the directional distance function as an inefficiency measure was linked to the consumer...
In productivity analysis, the performance of production units is measured through the distance of th...
2 Shephard’s distance functions are widely used instruments for characterizing technology and for es...
In productivity analysis, the performance of production units is measured through the distance of th...
The reverse directional distance function, shortly RDDF, is a relatively recent concept introduced b...
Various distance functions, defined as different optimization problems with respect to a technology ...
Cost or revenue efficiency measurement based on the approach initiated by Farrell has received great...
In this paper we extend the slack-based directional distance function introduced by Färe and Grossko...
Efficiency measurement of economic phenomena is of great importance to economists. Known terms and c...
A generalization of Shephard's distance functions is proposed, extending the usefulness of distance ...
As we showed in Chap. 8, by duality, the directional distance function (DDF) is related to a measure...
In this paper the theory of the directional technology distance function is extended by deriving a s...
Directional distance functions provide very flexible tools for investigating the performance of Deci...
Input-based dynamic efficiency measures are derived from an adjustment-cost directional distance fun...