Characteristics of reviewed papers on network design
| Reference | Main problem | Supply | Demand | Objective | Horizon | Modeling approach | Solving approach | Application (context/ instances) |
|---|---|---|---|---|---|---|---|---|
| Davis et al. (2014) | Location routing | D | D | E | Multi | MILP | Two-step method | Real/Real |
| Solak et al. (2014) | D | D | E | Single | MILP | Benders + two-step method | Real/Random | |
| Reihaneh and Ghoniem (2018) | D | D | E | Single | – | Multistart heuristic | Theo./Random | |
| Martins et al. (2019) | Network design | D | D | Sus | Multi | MILP | Commercial solver | Real/Real |
| Islam and Ivy (2021) | D | D | F, E | Single | MILP | Commercial solver | Real/Real |
| Main problem | Supply | Demand | Objective | Horizon | Modeling | Solving approach | Application | |
|---|---|---|---|---|---|---|---|---|
| Location routing | D | D | E | Multi | MILP | Two-step method | Real/Real | |
| D | D | E | Single | MILP | Benders + two-step | Real/Random | ||
| D | D | E | Single | – | Multistart heuristic | Theo./Random | ||
| Network design | D | D | Sus | Multi | MILP | Commercial solver | Real/Real | |
| D | D | F, E | Single | MILP | Commercial solver | Real/Real |
Notes:
D = deterministic; S = random; F = equity; E = efficiency/cost; U = utility and W = waste
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