引用本文:韩晓菊,汪定伟.供应链存储系统无线射频识别使能的定量在制品法控制策略仿真[J].控制理论与应用,2016,33(4):453~459.[点击复制]
HAN Xiao-ju,WANG Ding-wei.Simulation research on radio frequency identification-enable CONWIP control strategy for inventory of supply chain[J].Control Theory and Technology,2016,33(4):453~459.[点击复制]
供应链存储系统无线射频识别使能的定量在制品法控制策略仿真
Simulation research on radio frequency identification-enable CONWIP control strategy for inventory of supply chain
摘要点击 2953  全文点击 2277  投稿时间:2015-03-08  修订日期:2015-12-22
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DOI编号  10.7641/CTA.2016.50168
  2016,33(4):453-459
中文关键词  射频识别  供应链  CONWIP策略  电子流通卡  仿真
英文关键词  radio frequency identification  supply chain  CONWIP strategy  electronic card  simulation
基金项目  国家自然科学基金重点项目(70931001), 国家自然科学基金面上项目(61273203)资助
作者单位E-mail
韩晓菊* 东北大学 hanxiaoju_nedu@126.com 
汪定伟 东北大学  
中文摘要
      无线射频识别(radio frequency identification, RFID)技术的出现为库存控制策略的创新提供了一条有效的途 径. 本文利用RFID技术, 将原有单个制造系统的流通卡系统推广到供应链的多级库存网络中, 设计了RFID使能的 电子流通卡系统. 基于电子流通卡, 实现了RFID使能的定量在制品法(constant work-in-process, CONWIP)控制策略; 并建立了CONWIP控制策略的分销网络模型. 为比较和验证CONWIP控制策略性能, 开发了三级分销网络仿真系 统, 使用该系统, 将其与RFID使能的(r;Q)策略进行比较, 验证了CONWIP策略在一定条件下, 能够有效降低存储成 本、提高服务水平.
英文摘要
      Radio frequency identification (RFID) provides an efficient way to the innovation of inventory control strategies. In this paper, by taking the advantage of RFID, we extend the original card system of single manufacturing plant to the multi-echelon inventory network of supply chain distributed in global area. By using the RFID-enable electronic card system, we realize the control strategy of CONWIP, and build the mathematical model of distribution network for the control strategy of CONWIP. To validate the efficiency of the CONWIP strategy, a simulation system of a supply chain with three echelon inventories is developed. Using this system, we compare the strategy with the (r;Q) strategy based on the RFID. Simulation results show that the RFID-enable CONWIP strategy can lower the inventory level and raise the service level effectively.