周期盘点

周期盘点的目的是确保系统库存数与实物库存的一致性。

Cycle count is to ensure the consistency between system stock and physical stock .

研究离散时间、单类产品、周期盘点的具有不确定性产出和不确定性需求库存系统的优化与设计问题，主要目的在于分析产出和需求的可变性对系统最优策略和最优费用的影响。

In this paper we discuss the optimal problem on a discrete-time , single item , periodic review inventory system with yield and demand uncertainty , the main objective is to analyze how the uncertainty of yield rate and demand affect the optimal policy and cost in the system .

第五章介绍了多级库存的理论，初步探讨了顾客退货模式下周期盘点的多级库存的控制问题。

Chapter five introduces the theory of multi-echelon inventory , with initiative discussion on multi-echelon inventory control of period replenish in the mode of goods rejection .

第四章在第三章的基础上研究了顾客退货模式下周期盘点的两周期和多周期库存模型，其结论为一组单临界值；3.研究了多周期库存问题中集中库存策略的应用。

On the foundation of chapter three , double-period inventory module and multi-period inventory module of period replenish in the mode of goods rejection have been studied in chapter four , the conclusion of which is a series of signal marginal values without fixed cost for replenish .

讨论了考虑延迟支付的多周期连续盘点随机库存模型，并且给出了模型的最优解。

In this paper , we examine the continuous review inventory model under permissible delays and give the optimum solution .

讨论了在不确定性环境下，采取周期性盘点策略的复杂物流系统中各实体订货点量的建模与仿真问题。

This paper discusses modeling and simulation of order-up-to levels of entities in CLs in an uncertain environment where periodic review policies are adopted .

在（t，S）库存管理策略下，采用周期性盘点策略，复杂物流系统订货点量设计方案的数量通常非常大，要获得较高的仿真精确度，总的仿真时间成本就会非常高。

With the ( t , S ) inventory control strategy and periodic inventory strategy , the number of simulation designs in CL is often large , so the total time cost of the simulation becomes very large when the accuracy of simulation needs high .