CURCHOD MIGUEL ANGEL
Capítulos de libros
Título:
RANKING OF PERFORMANCE THROUGH A NON PARAMETRIC MODEL.CASE OF JUSTICE IN ARGENTINA
Libro:
MULTIMETODOLOGÍAS PARA EL ANÁLISIS Y MEJORA DE SISTEMAS SOCIALES Y TECNOLÓGICOS. HACIA EL DESARROLLO SUSTENTABLE
Editorial:
Ed. Facultad de Ciencias Económicas, UNC
Referencias:
Año: 2016; p. 45 - 56
Resumen:
The objective of the study is to deepen the analysis of the performance of the administration of justicie in the provinces of the Argentina7. In this opportunity we propose to do an analysis of
technical efficiency by the comparison of the used inputs, the outputs obtained and ideal of each of these values. In this way, comparisons are made between the inputs used in the process of transforming inputs variables in output variables and the minimum necessary quantities; or, between the outputs obtained and the maximum achievable.
Among the techniques most widely used for measuring technical efficiency are models DEA that calculate an empirical border from the observed data using non-parametric techniques.
The consulted bibliography recounts abundantly the use of these methods in the efficiency evaluation in the courts of Justice in countries like United States, Canada and European countries
(Francisco García J. et al, 2007); however, it is not so common in Latin American countries. In the consulted works you can see that the technique usually employed, in cases similar to the one that concerns us, is DEA, even when they have also been found using parametric models (Pedraja, f. et to the. 1996). Also, it has been observed that, independently of the technique used, (inputs) inputs and outputs (outputs) defined do not differ mostly in the reviewed work.
The work is organized as follows, in paragraph 2 discusses the characteristics of the system of administration of Justice in Argentina.
In point 3 the DEA models used are described. Next is the implementation, results and conclusions of the study.
The authors expressly stated that the basis of this chapter text gave rise to a paper presented at the Eureka Virtual Physical Meeting 2014, Culiacan, Mexico. The paper was evaluated and approved by the scientific committee of the event.