Safety Stock analysis and maintain in system.

分析安全库存，并维护进系统。

Spare parts localization and make safety stock.

备品备件的本地化，制定安全库存。

Spare parts localization and make safety stock.

制定设备备件采购计划及库存控制。

What are the important "drivers" of safety stock?

安全存货之重要性为何？

Do we need safety stock against sudden rise in demand?

我们不需要安全库存以防需求剧增吗？

Spare parts define, purchase and safety stock maintain.

组装线备件技术规格制定， 采购以及安全库存维护。

Certainly, I must be increasing our safety stock about a week.

当然我必须增加安全一周的库存的安全库存。

So I have to increase a week of safety stock for your stocking.

当然我必须增加安全一周的库存的安全库存。

Work for both projects goods, safety stock and fixed asset stored in warehouse.

负责存储在仓库中的项目所订购的货物、安全库存品以及固定资产。

Ensure economic store of spare parts and consumables and set proper safety stock.

制定设备维护备件和消耗品，设定安全库存。

There is significant relationship between the safety stock and delivery of goods.

安全库存量与货物的交付期有很大的关系。

When smallest safety stock rises, the Supply-hub operation pattern should be selected.

当最小安全库存点上升时，应选择集配中心运作模式；

Develop out safety stock, supervise the stock management, ensure maintenance go on well.

建立备品，备件仓库管理，确保保养工作顺利进行。

Restructure planning process, production is shifted by safety stock , to decrease stock .

重组计划流程，推行以安全库存拉动生产的方式，降低在制品、成品库存。

The main function of the safety stock is securing against the demand variation during the replenishment lead time.

的安全库存的主要职能是对安全的需求变化，在补充的准备时间。

The safety stock is not definite in the reference of safety of Amusement Machines and Amusement Park Equipments (gb8408-2000).

在《游艺机与游乐设施安全》(GB8408—2000)中也没有明确设备基础的设计方法与安全储备。

Stock fallen below safety stock level Available plant stock is less than the safety stock recorded in the material master record.

可用库存已低于物料主数据中指定的安全库存量。

Maintain system parameter and data to insure correct BOM, transit times, safety stock levels and scheduling points. Ensure MRP is accurate.

维护系统数据以保证BOM的正确，运输时间，安全库存书评和时间节点。保证MRP的准确性。

Taking safety stock problem in multi-echelon SC inventory as a case, this dissertation evaluated the proposed simulation modeling methodology.

论文以供应链系统中多级库存管理的安全库存决策问题为研究案例，验证提出的系统模拟建模方法。

Finally, the paper puts forward the method of determining the safety stock based on the demand prediction, and optimization method based on time.

最后，提出了基于需求预测的安全库存量确定方法和安全库存基于时间的优化方法。

Therefore, the key of the successful supply chain is to find an effective way to reduce safety stock without prejudicing product supply situation.

因此，供应链成功的关键是在不损害产品供应水平的情况下，找到降低安全库存量的有效途径。

This paper discusses determining of reorder point with shortage cost, and the analysis is focused on a simple and easy calculation about safety stock.

讨论了有缺货成本的随机需求量的存货决策，着重分析了在有缺货成本下，再订购点的确定及仓库出空率的计算公式。

Only safety stock based on the combination of both Service levels and costs will not affect normal production and be able to avoid blind excessive procurement.

服务水平和成本这两方面综合起来确定的安全库存，才会达到既不影响生产又避免盲目过量采购的目的。

The ending inventory for the last time period of your model is the ending Safety Stock for that warehouse during the last time period (summed over all products).

其他时间周期内的期初库存就是其前一个时间周期的期末库存。

The model incorporates fixed costs of locating RDCs, working inventory and safety stock inventory costs at RDCs and transport costs from the suppliers to the RDCs.

模型中的目标成本包括：rdc的设立成本、RDC成本、RDC安全库存成本以及从rdc到分销商的配送成本四部分。

Aside from holding safety stock, what options are available to address the inventory and service problems? What are the advantages and disadvantages of each option?

除了保持最优存货量，什么办法能解决存货和服务问题？每个方法的优点和缺点在哪里？

Secondly, the paper introduces the concept of safety stock, and the assessment methods of the factors affecting the safety stock level, such as demand, service level.

其次，阐述了安全库存的概念，并介绍了影响安全库存水平的需求和服务水平等因素的评估方法。

As an effective method for disposing the uncertainties in supply chains, setting up safety stock plays an important role in reducing cost and improving customer service.

安全库存作为应对供应链不确定性的一种重要手段，对于降低成本和提高客户服务水平具有重要作用。

The works correct some mistakes in published literatures on (R, Q) optimization and extend safety stock research to the settings with resource constraints and supply chain contracts.

从而纠正了（R，Q）策略研究的一些不妥之处，将安全库存研究扩展到资源有限与特定契约情形；