[en] The purpose of the paper is to evaluate the efficiency of different types of contracts between the industrial partners of a supply chain. Such an evaluation is made on the basis of the relationship between a producer facing a random demand and a supplier with a random lead time. The model combines queuing theory for evaluation aspects and game theory for decisional purposes.
Disciplines :
Production, distribution & supply chain management
Arda Y. and J.C. Hennet, Inventory control in a multi-supplier system, International Journal of Production Economics, to appear 2005.
Buzacott J. and J.G. Shantikumar, Stochastic Models of Manufacturing Systems, Prentice Hall, New Jersey, 1993
Cachon, G. and M. Lariviere Contracting to Assure Supply : How to Share Demand Forecasts in a Supply Chain, Management Science, vol.47, No5, pp.629-646, 2001.
Cachon, G., F. Zhang. Procuring fast delivery: sole-sourcing with information asymmetry, technical report 2003.
Corbett C.J., D. Zhou and C.S. Tang, Designing Supply Contracts : Contract Type and Information Asymmetry, Management Science. 50(4): pp.550-559, 2004.
Gan X., S.P.Sethi, H.Yan, Coordination of supply chains with risk averse agents, Production and Operations Management, 13, 2, pp.135-149, 2004.
Gupta D. and W.Weerawat, Supplier-manufacturer coordination in capacitated two-stage supply chains, working paper, 2004.
Hennet J.C. and Y. Arda, A game theory model for supply chain design, in preparation, 2005.
Jemai Z. and F. Karaesmen, L'influence de la decentralization sur la performance d'une chaîne logistique àdeux ètages (in French), Proc. MOSIM'0.3, pp.347-352.