逆向供应链

  • 网络reverse supply chain
逆向供应链逆向供应链
  1. 研究了非对称信息对逆向供应链协调的影响,并通过数据仿真得出了有益的结论。

    Studied the asymmetric information impacting on reverse supply chain coordination , and drawn useful conclusions through data simulation .

  2. 并通过数据仿真证明了协调机制的有效性和回收数量不确定性对逆向供应链协调的影响。

    We show the effectiveness of coordination mechanisms and impact of recycling uncertainty on the reverse supply chain system through data simulation .

  3. 基于PDM与CRM的逆向供应链产品回收管理

    Product Recovery Management in Reverse Supply Chain Based on PDM and CRM

  4. 基于AHP的企业逆向供应链响应时间管理模型构建及对策分析

    To Analyse on Constructing Response Time Managing Moded of the Reverse Supply and Its Countermeasure Chain Based on AHP

  5. 基于EPR的逆向供应链金融协调研究

    Research of the Coordination Mechanism on Reverse Supply Chain Finance Basing on EPR

  6. 基于遗传算法的逆向供应链Stackelberg主从定价策略分析

    Stackelberg Game Price Decision Analysis for Reverse Supply Chain Based on Genetic Algorithm

  7. 构建了非对称信息下的逆向供应链Stackelberg博弈模型。

    The paper built a Stackelberg game model for reverse supply chain under the asymmetric information .

  8. 节点企业在获得授权后在对象模型的基础上遵循CORBA规范,对其Legacy系统进行封装形成适配器,便可加入和退出逆向供应链。

    Branch enterprises can join in or withdraw from the supply chain system after they have encapsulated their legacy systems according to the CORBA criterion based on the modeling oriented object and produced the adapter .

  9. 基于代理的思想,采用WEB和CORBA技术,设计一个通用的逆向供应链集成平台,重点提出了一种Agent通用结构,包括核心层、接口、通讯层三个组成部分。

    This paper designs a general integrated framework of reverse supply chain based on the theory of agency with WEB and CORBA technologies . The agent general structure is presented as an emphasis which consists of kernel level , interface and communication level .

  10. 本文在分析了第三方回收模式下的逆向供应链(TPT-RSC)的环节、特征和优势之后,对第三方回收模式下的逆向供应链失调的原因进行了总结。

    After analysis of the links , features and advantages of the third-party take-back reverse supply chain , it summarizes the reasons of imbalance in the third-party take-back reverse supply chain .

  11. 逆向供应链的体系结构及其物流关键技术研究

    Study on Architecture and Logistics Key Technology of Reverse Supply Chain

  12. 逆向供应链中角色行为分析的层次模型

    A Multi-Tiered Model of Role Behavior Analysis in Reverse Supply Chain

  13. 产品回收是逆向供应链的关键环节。

    Product recovery is a key step in reverse supply chain .

  14. 不确定情况下逆向供应链的协作与定价策略研究

    The Collaboration and Pricing Decision of Reverse Supply Chain under Uncertainty

  15. 供应链、逆向供应链管理与企业集成

    Supply Chain and Reverse Supply Chain Management and Enterprise Integration

  16. 逆向供应链将成为21世纪的一种企业竞争模式。

    Reverse supply chain is becoming a competitive mode in the21st century .

  17. 逆向供应链在电瓶固定平台搬运车生产企业的应用

    Application of Reverse supply chain in battery powered fixed platform truck enterprise

  18. 逆向供应链的合作模式及利益分配研究

    Research on the Cooperation Models of Reverse Supply Chain and Profit Distribution

  19. 时间不确定下再利用逆向供应链激励机制研究

    Incentive Mechanisms for Reverse Supply Chain of Reuse Based on Uncertain Time

  20. 逆向供应链理论的研究现状及发展前景

    Present Situation and Future Prospects of Reverse Supply Chain Theory

  21. 逆向供应链属于一个新的领域。

    There is a new area on reverse supply chain .

  22. 定价策略是逆向供应链中的一个重要环节。

    The price decisions are the important link in the Reverse Supply Chain .

  23. 回收再制造逆向供应链中定价契约协调的研究

    To Study on the Pricing and Coordinating Mechanism in Remanufacture Reverse Supply Chain

  24. 基于网络化制造环境的逆向供应链管理信息系统

    The management information system of reverse supply chain based on networked manufacturing system

  25. 逆向供应链协调是逆向供应链管理的一个重要部分。

    Reverse supply chain coordination is an important part of reverse supply chain management .

  26. 我国电子产品废弃物逆向供应链的构建

    Establishment of China Electronic Wastes Reverse Supply Chain

  27. 逆向供应链生产运作研究

    Research on Production Operation of Reverse Supply Chain

  28. 分析了逆向供应链的特点。

    And the characteristics of RSC were analyzed .

  29. 电子产品三级逆向供应链定价与激励机制研究

    Study on Price and Incentive Mechanism of Three-level Reverse Supply Chain for Electronic Products

  30. 基于回收努力程度的逆向供应链激励机制设计

    Design of the Incentive Mechanism for the Reverse Supply Chain Based on Collection Effort Degree