Table 1.
Survey on related works.
| References | Problem | Objective | Algorithms | Case study |
|---|---|---|---|---|
| Aminbakhsh and Sonmez17 | TCP | Multi | PSO | Medium and large-scale construction projects |
| Son and Nguyen Dang18 | TCP | Multi | MVO | Small-scale construction projects |
| Parveen and Saha19 | TCP | Multi | GA | Small-scale construction projects |
| Son and Nguyen Dang20 | TCP | Multi | hDMVO | Medium and large-scale construction projects |
| Liu, Meng22 | TCCP | Multi | Refined PSO | Small-scale construction projects |
| Huynh, Nguyen25 | TCQCP | Multi | MOSGO | Small and medium-scale construction projects |
| Lotfi, Yadegari56 | RRCTCQEPTP | Multi | GAMS Augmented ε-constraint | Bridge construction projects |
| Lotfi, Kargar57 | RCTCQEETPBCTRR | Multi | RRCTCQEPTP | Health care project |
| Lotfi, Haqiqat58 | 3RBAP | Single | MILP | Health care project |
| Lotfi, Nayeri59 | Determining the start times and ordering plans | Single | GA | Two-period projects |
RRCTCQEPTP robust resource constraint time–cost–quality–energy–pollution trade-off problem, RCTCQEETPBCTRR resource-constrained time–cost–quality–energy–environment tradeoff problem by considering BCT, risk and robustness, 3RBAP robust, resilience, and risk-averse budget allocation for projects, MILP mix-integer linear programming.