Research Article
An Approach for Resilient-Green Supplier Selection Based on WASPAS, BWM, and TOPSIS under Intuitionistic Fuzzy Sets
Table 1
Comparison of this study with previous studies.
| Literature | Dimensions | Approach | Theme | Resilience | Greenness |
| Kuo et al. [83] | | √ | Artificial neural network (ANN) + data envelopment analysis (DEA) + analytic network process (ANP) | The integration results of the three methods are better than two other hybrid methods, ANN–DEA and ANP–DEA | Zouggari and Benyoucef [85] | | √ | Fuzzy AHP + fuzzy TOPSIS | Solving order allocation problem with fuzzy TOPSIS | Hashemi et al. [87] | | √ | Grey relational analysis (GRA) + analytic network process (ANP) | ANP improves the uncertainty in GRA | Hosseini and Khaled [8] | √ | | Classification and regression tree (CART)+ neural network (NN) + analytic hierarchy process (AHP) | Hybrid methods with different categories have better prediction resilience than single-category methods | Parkouhi and Ghadikolaei [10] | √ | | Analytic network process (ANP) + VIKOR | Application of grey number and fuzzy set in model | Amindoust [56] | √ | √ | Assurance region DEA method (AR-DEA) | Combining sustainable criteria with resilient criteria in supplier selection | Demir et al. [79] | | √ | VIKOR-based sorting method (VIKORSORT) | VIKORSORT can be used to sort green suppliers into the predefined ordered classes | Proposed method | √ | √ | BWM + fuzzy WASPAS + fuzzy TOPSIS | Introducing TOPSIS into ranking stage of WASPAS can improve the accuracy and consistency |
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