Research Article
Modeling and Solving the Flow-Shop Scheduling Problem with Sequence-Dependent Setup Times by Firefly Algorithm (Case Study: Automotive Industry)
Table 1
Categorized literature review.
| References | Solution approach | Goal | Author | Number | Meta-heuristic | Exact | Simulation | Computational | PSO | AGIG | NSGA-II |
| Hashemi et al | [14] | | | | | | | Minimize intercellular motion | Brum et al | [15] | | | | | | | Nonpermutation flow-shop | Tamssaoret et al | [16] | | | | | | | Flow-shop scheduling | Abolghasemian et al | [17] | | | | | | | Construction delay scheduling | Rashidi komijan et al | [18] | | | | | | | Minimizing transportation cost | Khanchehzarrin et al | [19] | | | | | | | Minimize fix and variable cost | Rezaei et al. | [20] | | | | | | | Minimize amount of blood collected | Momenitabar et al. | [21] | | | | | | | Optimize total and environmental costs | Pourghader chobar et al. | [22] | | | | | | | Designed a multiobjective hub-spoke network of perishable tourism products |
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