In this paper we propose a stochastic programming model to determine the location and capacity of centralized return centers and distribution centers in reverse logistics network.
为此，本文提出了一个随机规划模型用于确定逆向物流网络中集中式回收中心和分销中心的位置和容量。
Then from two respects of purchasing and supplying this text sets up the model of joint distribution and construct to survey and analysis logistics system together.
然后，从采购和供应这两个方面，建立共同配送的模型，对调查资料系统分析并构筑物流共同化体系。
A mathematical model of logistics distribution route with time window was proposed according to the analysis of the logistics vehicle distribution process.
通过对物流车辆配送过程的分析，建立了带时间窗约束的物流配送路径优化问题的数学模型。
A model was built based on mixed-integer linear programming. Through the model solution and revision and diverse distribution, the optimal layout of the logistics distribution of an area was obtained.
采用混合整数规划法建立模型，通过对模型的求解和修正，并实施多样化分拨，得出该地区物流配送的最优规划布局。
Based on the theory of constraints, a decision model of recycle and distribution in reverse logistics is set up, taking the measure of throughput as its decision objective.
将约束理论应用于回收逆向物流中，以有效产出作为决策目标，构建了一个逆向物流回收配送整合决策模型。
By analyzing the mathematical model of the OVD, its practical example is given, and it is very important to improve the efficiency of logistics distribution and reduce cost.
并在分析其数学模型的基础上，给出了实例分析，对提高物流配送效率和降低成本具有重要意义。
But the vehicle routing problem, as the traditional model for logistics distribution, fails behind the need of agile logistics.
但是，传统的车辆配送模型不适应敏捷物流的需要。
But the vehicle routing problem, as the traditional model for logistics distribution, fails behind the need of agile logistics.
但是，传统的车辆配送模型不适应敏捷物流的需要。
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