All Stories

  1. Inventory and demand management for FMCG companies by investigating SCM uncertainty causes and operational solutions
  2. Supply Chain Integration and Coordination Applying SAP-ERP: A Case Study in the Fast-moving Consumer Goods Industry
  3. Developing a Two-Stage Decision-Making Method for Selecting and Clustering Suppliers Based on the Resilience Criteria
  4. Optimal product pricing and lot sizing decisions for an omni-channel supply chain
  5. Developing a pricing strategy and coordination in a dual-channel supply chain incorporating inventory policy and marketing considerations
  6. Production, distribution, and capacity planning for an integrated buyer-vendor system incorporating different production and shipping scenarios
  7. A new supply chain distribution network design for two classes of customers using transfer recurrent neural network
  8. A memetic algorithm for integrated location-inventory problem to optimise the total cost and customer service level
  9. Incorporating sales and marketing considerations into a competitive multi-echelon distribution network design problem with pricing strategy in a stochastic environment
  10. Fast-moving consumer goods network design with pricing policy in an uncertain environment with correlated demands
  11. Supply Chain Network Design in Uncertain Environment
  12. A multi-objective location-allocation problem with lateral transshipment between distribution centres
  13. Location-inventory and shipment decisions in an integrated distribution system: an efficient heuristic solution
  14. An integrated supply chain production–distribution planning with stochastic demands
  15. COORDINATED LOCATION, DISTRIBUTION AND INVENTORY DECISIONS IN SUPPLY CHAIN NETWORK DESIGN: A MULTI-OBJECTIVE APPROACH
  16. The impact of integrated analysis on supply chain management: a coordinated approach for inventory control policy
  17. An integrated model to distribution network design, facility location, and inventory management.
  18. A Genetic Algorithm Approach for the Multi-commodity, Multi-period Distribution Planning in a Supply Chain Network Design