Production time varies taking into account the particular model being built and the lead time required for the supply of critical parts.
生产时间变化也要考虑到正在兴建的特定的模式和关键零部件供应的筹备时间。
On the basis of analyzing in the demand, transport, inventory and production in supply chain, the paper puts forward a random linear planning model solving supply chain optimization.
在对供应链中需求、运输、库存、产品生产分析的基础上，提出了一种解决厂家供应链整体优化的随机线性规划模型。
Minimizing total production and logistic costs within the supply network was considered as the objective function. This modified model can be solved using standard optimization software.
该模型基于混合整数线性规划模型，以供应网络内总生产成本和物流成本最小化作为目标函数，并应用标准优化软件求解。
For supply chain that mainly depend on core enterprises, this paper presents a three-layer production planning control model, and the algorithm with examples for the production planning.
针对以核心企业为主的供应链，提出了三层生产计划控制模型并给出了其节点企业内部生产计划的具体算法与运行实例。
This model applies parameters from operation level to strategic level of supply chain and it makes the core firms assign the production of materials and components more flexibly.
通过该模型可将企业运作层的参数与供应链战略层的决策变量结合在一起，使供应链核心企业能够更加灵活的对原料与配件进行整体生产指派。
The solution of this model gives the optimal selection of the partners of the supply chain and the arrangement of stock, production, shipping, selling.
这个模型的解给出了使得整个供应链的利润最大化的最佳的供应商、制造商、分销商的选择以及采购、生产、运输和销售的安排。
The solution of this model gives the optimal selection of the partners of the supply chain and the arrangement of stock, production, shipping, selling.
这个模型的解给出了使得整个供应链的利润最大化的最佳的供应商、制造商、分销商的选择以及采购、生产、运输和销售的安排。
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