A Centralized Resource Allocation Approach for Two-Stage Data Envelopment Analysis
A Centralized Resource Allocation Approach for Two-Stage Data Envelopment Analysis
In this chapter, two-stage network models based on non-radial SBM models in DEA and DEA-R are presented. These models are also presented based on central resource allocation models. Two-stage network performance evaluation models with the structure of central resource allocation, by solving a model, the targets corresponding to the DMUs in the first, second and overall stages are achieved. The two-stage network DEA-R models are in the form of a linear programming problem and obtains the efficiency and targets for each of the DMU in the first stages of the second and overall stages. Also, the central resource allocation (CRA) models achieve the targets corresponding to each of the DMUs. In this study, non-radial models are used based on the slacks of input and output components, and in this way, we recognize all inefficiency factors. In following, a case study is presented for the evaluation of education units in Iran. © The Author(s), under exclusive license to Springer Nature Switzerland AG 2023.
- University of Alberta Canada
- Islamic Azad University of Shiraz Iran (Islamic Republic of)
- ISTINYE UNIVERSITY Turkey
- Islamic Azad University Central Tehran Branch Iran (Islamic Republic of)
Sbm Models, Allocation Approach, Network Performance Evaluation, Centralized Resource Allocation, Network Models, Resources Allocation, Resource Allocation, Performance Evaluation Models, Data Envelopment Analysis, Model-Based Opc, Network Dea, Linear Programming, Resource Allocation Model
Sbm Models, Allocation Approach, Network Performance Evaluation, Centralized Resource Allocation, Network Models, Resources Allocation, Resource Allocation, Performance Evaluation Models, Data Envelopment Analysis, Model-Based Opc, Network Dea, Linear Programming, Resource Allocation Model
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