Research Article
Minimum Cost Flow-Based Integrated Model for Electric Vehicle and Crew Scheduling
Table 1
A summary of the studies related to the integrated VCSP models and algorithms.
| Type | Publication | Model | Approach |
| Include crew considerations in VSP | [16–18] | LP dual | Heuristic | [19, 20] | SP & CSP constraints | Branch and price | [7] (EVCSP) | SP & CSP constraints | Adaptive large neighborhood search |
| Schedule vehicles heuristically in CSP | [5] | SP | Matching heuristic | [21–23] | SC | Heuristic | [24] | SP | Branch and cut and price | [14, 25] | SP & side constraints | Branch and price | [4] | SP & side constraints | Lagrangian heuristic |
| Change vehicle schedule in CSP | [26] | TSF | Column generation |
| Complete integration | [26] (No changeovers ), [27] | SC | Heuristic | [4, 28–33], [34] (EVCSP), [35] | QAF & SP | Lagrangian heuristic | [36] | MCF & SP | Lagrangian heuristic | [37–40] | MCF & SP/SC | Column generation & branch and bound/price | [41] (considering delays) | MCF & SP | Column generation | [42] | MCF & SP | Hybrid evolutionary | [43] | MCF & SP | Bundle method | [44] | MCF & SP | Splitting method | [45] (no changeovers) | MCF & SP | Valid inequality & CPLEX | [46] | MCF & SC | — | [47, 48] | MCF & SC | Decomposition approach | [6] | MCF & SP | Heuristic | [2] | TSF & SP | Column generation & Lagrangian relaxation | [49] (Considering delays), [50] | TSF & path-based formulations | Lagrangian heuristic | [51] | TSF & SP | Branch and price | [52] | TSF | Matheuristic | [53] | CM | Simulated annealing | [54] | CM | Greedy randomized adaptive search | [55] | CM | Variable neighborhood search | [3] (considering the crew’s reliability) | CM | Variable neighborhood search | [56] (no changeovers) | MCM | Heuristic | [57, 58] | MCM | Hybrid evolutionary | [59] | RSP | Column generation-based approach |
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aSC/SP: set covering/set partitioning. bTSF: time-space network flow. cMCF: multicommodity network flow. dQAF: quasi-assignment network flow. eMCM: maximum covering model. fCM: constraint-based model. gLP: linear programming. hRSP: resource-constrained shortest path.
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