Title of article :
A Hybrid Model Based on Neural Network and Data Envelopment Analysis Model for Evaluation of Unit Performance
Author/Authors :
Heidary, Sadegh Nourabad Mamasani Branch - Islamic Azad University , Zanburi, Ehsan Department of Science - Nourabad Mamasani Branch - Islamic Azad University - Nourabad Mamasani , Parvin, Hamid Department of Computer - Nourabad Mamasani Branch - Islamic Azad University - Nourabad Mamasani
Abstract :
Efficiency and evaluation is one of the main and most important
demands of organizations, companies and institutions. As these organizations
deal with a large amount of data, therefore, it is necessary
to evaluate them on the basis of scientific methods to improve their
efficiency. Data envelopment analysis is a suitable method for measuring
the efficiency and performance of organizations. This paper has
been conducted to evaluate the performance and efficiency of decision
making units. First, using the data envelopment analysis, the BCC
output oriented model, these units are ranked and the shortcoming of
the model in terms of efficacy measurement and separation are determined.
Then, to overcome such problems, a combined method of data
envelopment analysis; the BCC output oriented model and artificial
neural network are used to evaluate the efficiency of these units and
finally the results of the two models are compared. Given the efficiency
obtained with the BCC output oriented method, it was observed
that the amount of efficiency for some units which leads for
these units not to be ranked but using the proposed NEURO-DEA
method, no two units have the same efficiency and given the obtained
efficiency, these units can be evaluated and ranked
Keywords :
Efficiency , Performance evaluation Data , Envelopment Analysis , Artificial Neural Network (ANNS) , BCC Output Oriented model
Journal title :
Astroparticle Physics