Mathematical programming-based methodology for the evaluation of supply chain collaborative planning scenarios.
David Pérez PeralesAndrés BozaFaustino AlarcónPedro Gómez-GasquetPublished in: Ann. Oper. Res. (2024)
Keyphrases
- knapsack problem
- supply chain
- mathematical programming
- production planning
- capacity planning
- supply chain management
- product life cycle
- capacity expansion
- linear programming
- lead time
- bullwhip effect
- decision making
- quantity discount
- supplier selection
- multiple criteria
- mixed integer linear
- service level
- combinatorial optimization
- distribution network
- goal programming
- customer demand
- inventory control
- rfid technology
- fuzzy topsis
- stackelberg game
- particle swarm optimization