Search results for "Supply chain network"

showing 2 items of 2 documents

Solving a continuous periodic review inventory-location allocation problem in vendor-buyer supply chain under uncertainty

2019

In this work, a mixed-integer binary non-linear two-echelon inventory problem is formulated for a vendor-buyer supply chain network in which lead times are constant and the demands of buyers follow a normal distribution. In this formulation, the problem is a combination of an (r, Q) and periodic review policies based on which an order of size Q is placed by a buyer in each fixed period once his/her on hand inventory reaches the reorder point r in that period. The constraints are the vendors’ warehouse spaces, production restrictions, and total budget. The aim is to find the optimal order quantities of the buyers placed for each vendor in each period alongside the optimal placement of the ve…

Mathematical optimizationGeneral Computer ScienceComputer scienceVendorSupply chain0211 other engineering and technologies02 engineering and technologyTaguchi methodstoimitusketjutgeneettiset algorithmitinventory-location allocation problemGenetic algorithmgenetic algorithm0202 electrical engineering electronic engineering information engineeringta113021103 operations researchFitness functionta111General EngineeringParticle swarm optimizationmixed-integer binary non-linear programmingReorder pointstochastic demandstwo-echelon supply chain020201 artificial intelligence & image processingLocation-allocationSupply chain networkComputers & Industrial Engineering
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Fair Transfer Prices of Global Supply Chains in the Process Industry

2016

This work addresses the optimisation of transfer prices for the fair profit distribution among the members involved in a global supply chain in the process industry. A mixed integer linear programming (MILP) model is developed for production and distribution planning of global supply chains, where the optimal transfer prices of products between plants and markets are determined. Two solution approaches are presented for fair solutions using Nash and lexicographic maximin principles. The applicability of the proposed models and approaches are demonstrated by an illustrative example. The results show that both approaches can fairly distribute the whole supply chain’s profit to the members.

MicroeconomicsSupply chainSupply chain networkBusinessProcess industryMinimaxLexicographical orderInteger programmingProfit distributionProfit (economics)
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