A Dynamic Lot Size Model for Seasonal Products with Shipment Scheduling
In this study we consider a dynamic lot size model for the case where single-item is produced and shipped by an overseas expert company. We explore an optimal production scheduling with the constraint of production and shipment capacity so as to minimize the total cost over the finite planning horizon when the demands are deterministic. The optimal production schedule is obtained by a dynamic programming approach. We extend a dynamic lot size model to the case of incorporating shipping schedule into the model. And we deal with the model with backlogging and no backlogging, respectively. Some numerical examples are presented to illustrate optimal policies of the developed model under several demands and cost patterns.
Dynamic lot size model Dynamic programming Production Planning
Hiroyuki Wakinaga Katsushige Sawaki
Graduate School of Mathematical Sciences and Information Engineering, Nanzan University, Aichi, Japa Graduate School of Business Administration, Nanzan University, Aichi, Japan
国际会议
The Seventh International Symposium(ISORA08)(第七届国际效力研究及其应用学术会议)
云南丽江
英文
303-310
2008-10-31（万方平台首次上网日期，不代表论文的发表时间）