Maritime Policy & Management · 2002 · 88 citations · 9 references
BusinessDecision SciencesOperations ManagementLogistics ManagementOperations PlanningOptimizationAssignment ProblemsCombinatorial OptimizationFleet ManagementInteger ProgrammingLinear ProgrammingMaritime TransportationCargo ConsolidationFleet AllocationFleet Assignment PlanningFleet SchedulingInteger Linear ProgrammingLinear Integer OptimizationMaritime Fleet SchedulingVessel Scheduling
As the shipping industry enters the future, an increasing number of technological developments are being introduced into this market. This has led to a significant change in business operations, such as the innovative design of hub and spoke systems, resulting in cargo consolidation and a better use of the ship's capacity. In the light of this new scenario, the authors present a successful application of integer linear programming to support the decision-making process of assigning ships to previously defined voyages — the rosters. The tool used to build the final models was the MS-Excel Solver (Microsoft® Excel 97 SR-2, 1997), a package that enabled the real case studies addressed to be solved. The results of the experiment prompted the authors to favour the assignment of very small fleets, as opposed to the existing high number of ships employed in such real trades,
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Time Constrained Routing and Scheduling
Jacques Desrosiers, Marius M. Solomon, François Soumis et al. · PolyPublie (École Polytechnique de Montréal) · 1992 · 712 citations
Optimal liner fleet routeing strategies
Seong-Cheol Cho, A. N. Perakis · Maritime Policy & Management · 1996 · 128 citations