[1] Axsäter S. (1990a),. Simple solution procedures for a class of two-echelon inventory problem;
Operations Research 38 (1); 64-69.
[2] Axsäter S. (1990b), Evaluation of (R,Q)-policies for two-level inventory systems with Poisson demand.
Lulea University of Technology, Sweden.
[3] Axsäter S. (1993), Exact and approximate evaluation of batch-ordering policies for two-level
inventory systems; Operations Research 41 (4); 777-785.
[4] Axsäter S., Forsberg R., Zhang W. (1994), Approximating general multi-echelon inventory systems by
Poisson models; International Journal Production Economics 35; 201-206.
[5] Cachon G.P., Fisher M. (2000), Supply chain inventory management and the value of shared
information; Management Science 46; 1032-1048.
[6] Cheung K.L., Lee H.L. (1998), Coordinated replenishments in a supply chain with Vendor-Managed
Inventory programs; Wouking Paper.
[7] Deuermeyer B., Schwarz L.B. (1981), A model for the analysis of system seviece level in
warehouse/retailer distribution systems: The Identical Retailer Case. in: L. B. Schwarz (ed.), Studies in
Management Science , 16: Multi-level Production/Inventory Control Systems, 163-193.
[8] Forsberg R. (1995), Optimization of order-up-to-S policies for two-level inventory systems with
compound Poisson demand; European Journal of Operational Research 81; 143-153.
[9] Forsberg R. (1996), Exact evaluation of (R,Q)-policies for two-level inventory systems with Poisson
demand; European Journal of Operational Research 96; 130-138.
[10] Gavirneni S. (2002), Information flows in capacitated supply chains with fixed ordering costs;
Management Science 48(5); 644-651.
[11] Graves S.C. (1985), A multi-echelon onventory model for a repairable item with one-for-one
replenishment; Management Science 31; 1247-1256.
[12] Hadley G., Whitin T. M. (1963). Analysis of inventory systems. Prentice-Hall, Englewood Cliffs, NJ.
[13] Hsiao J.M., Shieh C.J. (2006), Evaluating the value of information sharing in a supply chain using an
ARIMA model; International Journal of Advanced Manufacturing Technology 27; 604-609.
[14] Lee H.L., Moinzadeh K. (1987a), Two-parameter approximations for multi-echelon repairable
inventory models with batch ordering policy; IIE Transactions 19; 140-149.
[15] Lee H.L., Moinzadeh K. (1987b), Operating characteristics of a two-echelon inventory system for
repairable and consumable items under batch ordering and shipment policy; Naval Research Logistics
Quarterly 34; 356-380.
[16] Lee H.L., Whang S. (1998), Information sharing in a supply chain. Working Paper.
[17] Milgrom P., Roberts J. (1990), The economics of modern manufacturing technology, strategy and
organization; American Economic Review 80; 511-528.
[18] Moinzadeh K. (2002), A multi-echelon inventory system with information exchange; Management
Science 48(3); 414-426.
[19] Moinzadeh K., Lee H.L. (1986), Batch size and stocking levels in multi-echelon repairable systems;
Management Science 32; 1567-1581.
[20] Seifbarghi M., Akbari M.R. (2006), Cost evaluation of a two-echelon inventory system with lost sales
and approximately Poisson demand; International Journal of Production Economics 102; 244-254.
[21] Sherbrooke C.C. (1968), METRIC: A multi-echelon technique for recoverable item control;
Operations Research 16; 122-141.
[22] Svoronos A., Zipkin P. (1988), Estimationg the performance of multi-level inventory systems;
Operations Research 36; 57-72.