物流规划

  • 网络logistics planning;logistic planning
物流规划物流规划
  1. 区域物流规划评价研究与实例分析

    Study on the Evaluation of Regional Logistics Planning and Instances Analysis

  2. 主成分聚类分析在省域物流规划中的应用

    Application of principal component analysis and cluster analysis to provincial logistics planning

  3. 物流规划中物流结点与线路间的关系。

    And relationship between logistics joint and lines in logistics plan .

  4. 物流规划中整体和局部利益间的关系;

    Relationship between overall benefits and partial benefits in logistics plan ;

  5. 介绍了汉城、南京和广州的城市物流规划。

    And three cities ' urban logistics park planning are listed .

  6. 关于天津港集装箱物流规划的几点思考

    Considerations on Cargo distribution Planning for Containers of Tianjin Port

  7. 国外城市物流规划方法与实践

    Methods and practices of city logistic planning in foreign countries

  8. 区域物流规划理论框架的构建

    The Construction of Theoretical Frame of Regional Logistics Planning

  9. 物流规划中的需求与潜在需求分析

    Demand and Potential Demand Analysis of the Logistics Development

  10. 基于主成分聚类的江西省物流规划分析

    Analysis of Logistics Planning in Jiangxi Province Based on Principal Component and Cluster

  11. 主导物流规划,并给予项目组相关支持;

    Lead the establishment of Logistics Planning and submit support to Project team ;

  12. 排队论在物流规划中的应用

    The Application of Queuing Theory in Logistics Design

  13. 2010年上海世博会物流规划研究

    Study on Logistics Planning of Shanghai EXPO 2010

  14. 基于全局优化思想的生产系统可视化物流规划方法研究

    Research on Visual Logistics Planning Method of Production System Based on Global Optimization Thoughts

  15. 在区域物流规划中,至关重要的一环就是进行物流量的测算分析。

    In the area of logistics planning , the crucial link is calculating and analyzing .

  16. 第四部分着重研究了资源型城市物流规划的问题。

    The forth part mainly studies the problems of the logistics planning for resource-type cities .

  17. 区域物流规划的好坏直接影响区域经济的长远发展,以及区域经济的竞争力。

    Regional logistics planning directly impacts on the long-term regional economic development and regional economic competitiveness .

  18. 区域物流规划的研究

    Research on Regional Logistics Planning

  19. 接口、物流规划以及每个月和客户会面来协调目标。

    Interface , develop material plan , and coordinate monthly planning meeting with buyers to meet corporate objectives .

  20. 文中提出的精益物流规划的思想、分析方法与规划步骤对其它物流系统的设计也有借鉴意义。

    Lean logistic planning concept , methodology and procedure is also reference for logistic planning in other logistic system .

  21. 模具特许连锁网格化制造系统的物流规划与供货策略分析

    Research on Planning for the Logistics and Supply Policies of the Franchised Grid-Manufacturing System for Mould and Die Industry

  22. 然后根据应急物流规划决策问题,导出了随机机会约束双层规划模型。

    Then , according to the decision making of emergency logistics , a bi-level programming model of stochastic chance-constrained is presented .

  23. 本文正为解决这些问题,尝试对矿渣微粉的配送中心进行物流规划,以期为实际生产建设提供参考。

    This article is to solve the above problems and try to plan the distribution center of the fine gangue powder .

  24. 设施选址是物流规划中的一个重要环节,它决定了整个物流系统的模式、结构和形状。

    The location selection is a key ring in the logistical planning that would give the model construction and shape in the whole system .

  25. 根据图网理论,本课程介绍学生在物流规划领域内,几类有用的网路模式。

    Based on graph theory , this course introduces the network models useful in the planning of logistic flow from the business management point of view .

  26. 供应链网络物理层面涉及的设施规划选址,配送路径选择等内容,对区域物流规划也具备重要的指导意义。

    The physical layer of supply chain network involves facility location , distribution planning and so on , be able to guide the regional logistics planning .

  27. 最后,本文以贵州省铜仁地区物流规划为例,运用文中所提理论及方法进行了实证研究。

    Lastly , the design process of regional logistics planning is explained by the cases of how to construct the regional logistics planning in TONGREN , GUIZHOU .

  28. 首先论述了西部地区区域物流规划存在的问题,并提出了规划的内容及程序。

    Firstly , base on the analysis of the problem of Regional logistics planning , content and step to plan the regional logistics of west is provided .

  29. 随着智能交通系统的发展,将群集智能技术应用于物流规划问题同样具有重要的理论和现实意义。

    With the development of intelligent transportation systems , swarm intelligence technology will be applied to logistics planning and the great theoretical and practical significance could be expected .

  30. 本文同时考虑物流规划部门及使用者的利益,采用双层规划模型来描述物流节点最优选址与规模问题。

    With the benefits of both users and logistics planners taken into consideration , a Bi-level programming model is proposed in this paper to describe the optimization for the position and scale of logistics points .