针对在关键资源计划编排中出现的能力矛盾，提出了多项目生产计划排序的理论方法。
Furthermore, in response to ability discrepancy occurred in important resource planning lay-out, a theoretical method of multi-project manufacturing planning sequence is raised.
高效地实施重新分配的计划，将关键的资源转到高优先级的项目中。
Efficiently implement redistribution plans and shift key resources to higher priority projects.
在这一步中所用到的工具包括：关键路经法，计划压缩，what-if脚本分析，资源水平，关键链。
Tools used in this process include critical path method, schedule compression, what-if scenario analysis, resource leveling, and critical chain methods.
做计划与组织资源来实现计划的能力是经理人获得结果的关键，不懂得做计划的人是不可能做到很好的结果。
To do planning and organizational resources to achieve the plan's ability to manager the key results, do not know how to plan so it is impossible to achieve good results.
能否解决好这一问题，是有效利用企业现有资源、合理制定企业生产计划、提高客户满意度、增强企业竞争力的关键。
Whether or not to solve this problem, it's a key to utilize the resource of the corporation effectively, set down the production program reasonable and improve the satisfaction of customers.
讨论了项目进度计划中与冲突资源相关的关键任务、关键任务组以及关键任务群，提出了统一的定量表示方法。
This paper discussed the critical task, critical task set and critical task group involved conflict resource in a project scheduling scheme, and put forward a unified quantitative express method.
这些关键绩效指标包括计划执行情况、库存周转率、在制品持有天数、资源利用率、废料、退货等。
Some of the KPIs are Performance to Schedule, Inventory turns, WIP days on hand, Resource Utilization, Scrap, Returns, etc.
这个机器人的任务是美国国家航空和航天管理局计划重返月球的关键性的第一步，因为它将调查月球表面的降落区域，并且查看表面之下的天然资源。
The robotic mission is a key first step in NASA's plans to return to the moon as it will survey the lunar surface for landing areas and look beneath the surface for natural resources.
为了快速、准确地获得最佳的主生产计划，在分析主生产计划系统中关键问题的基础上，探讨了基于事例推理技术在资源需求求解中的运用，提出了基于事例推理的主生产计划系统基本结构。
On the basis of those key problems, the application of case based reasoning in resource requirements was discussed and the basic structure of the master production scheduling system was proposed.
为了快速、准确地获得最佳的主生产计划，在分析主生产计划系统中关键问题的基础上，探讨了基于事例推理技术在资源需求求解中的运用，提出了基于事例推理的主生产计划系统基本结构。
On the basis of those key problems, the application of case based reasoning in resource requirements was discussed and the basic structure of the master production scheduling system was proposed.
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