CAJ | 학술논문

基于RFID使能的电子看板以供应链分销网络三级库存系统为例，根据其结构特点和运作时各阶段节点企业的功能，借鉴单工厂多阶段生产存储系统最优的Push／Pull混合控制结构，设计了制造商库存采用Push控制，分销商和零售商库存采用RFID使能的Pull控制的RFID使能的Push／Pull混合控制结构。为验证混合控制策略的性能，将其与基于RFID技术的（ s，S）策略相对比，建立了两策略的数学模型及性能评价指标。考虑到供应链系统的动态性与随机性，基于离散事件系统仿真原理，设计并实现了系统的仿真模型，通过仿真实例验证并分析了混合控制策略的有效性和优越性，为供应链多级库存网络管理实践提供了参考。
기우RFID사능적전자간판이공응련분소망락삼급고존계통위례，근거기결구특점화운작시각계단절점기업적공능，차감단공엄다계단생산존저계통최우적Push／Pull혼합공제결구，설계료제조상고존채용Push공제，분소상화령수상고존채용RFID사능적Pull공제적RFID사능적Push／Pull혼합공제결구。위험증혼합공제책략적성능，장기여기우RFID기술적（ s，S）책략상대비，건립료량책략적수학모형급성능평개지표。고필도공응련계통적동태성여수궤성，기우리산사건계통방진원리，설계병실현료계통적방진모형，통과방진실례험증병분석료혼합공제책략적유효성화우월성，위공응련다급고존망락관리실천제공료삼고。
The three-echelon inventory network of supply chain distribution system is exemplified to design the RFID-enabled Push/Pull hybrid control strategy by which the manufacture is controlled by Push and the distribution and retailers are controlled by RFID-enabled Pull .This design is based on RFID-enabled electronic Kanban system and according to the structural characteristics of the supply chain and the func -tions of the enterprises in different stages when the supply chain runs .It should be noted that this design draws lessons from the optimal Push/Pull hybrid control structure applied in the single factory multi-stage production storage system .To verify the performance of the hybrid strategy , the strategy is compared with the ( s,S) strategy based on the RFID .Considering the dynamic and stochastic nature of the supply chain system , the simulation models of system based on the principle of discrete event system simulation are de -signed and realized .Finally , the RFID-enabled hybrid Push/Pull control strategy is demonstrated to be valid and superior by simulation examples .It is assumed that this research provides reference for the man-agement practice of the multi-echelon inventory network in supply chain .