能力需求计划(crp)是ERP的一个重要组成部分，它在ERP中起着重要的反馈作用。
The CRP (Capacity requirements planning) is one part of ERPsystem, which plays an important feedback role in ERP.
同时，讨论了管理信息系统的几个关键技术，包括订单管理的优化排产技术，生产能力和能力需求计划与负荷平衡技术。
In the meantime, the key technology is of the MIS are studied which include order management, production schedule, capacity requirement planning and resource loads balancing.
这些资源档案可以用于计划完整项目，同时帮助组织决定能力和对资源的未来需求。
These resource profiles can be used to plan complete projects as well as help the organization determine capacity and future demand on resources.
通过预先计划，我们可以真正地开始了解需求团队的能力了。
By planning this up front, we can really start to understand our requirements team's capability.
向士兵提供指挥、控制、通信和情报(C3I)能力是所有此类计划中的关键需求。
A key requirement of all of these programs is to provide command, control, communications and intelligence (C3I) capabilities to the soldier.
前者的特征是确保具有提前了解需求的能力，因而可以制订确定性计划。
The former is characterized by the ability to know requirements with surety in advance, thereby making deterministic scheduling possible.
改进处理变更的能力：它是一个需求变更、一个澄清、一个新的需要优先处理的特性？通过综合客户反馈计划迭代内容。
Improved ability to handle change - whether it is a change in requirements, a clarifications, or a new prioritization of features - by incorporating customer feedback and planning into each iteration.
该计划强调组建一支适应性强、可扩展的网络化多功能陆军的必要性，同时也承认对负担能力的需求。
The plan stresses the need for versatility provided by an Army that is adaptable, expansible and networked, according to the document, which also recognizes the demand for affordability.
以订单需求与企业生产能力为依据制定生产计划和工作班次。
According to the requirement of order and the production capacity of enterprise, it makes the production planning and working shifts.
为了适应市场需求，公司计划扩建热网，提高供汽能力。
This company is planning to extend its heat network and enhance its steam supply capability, in order to meet market needs.
提出具有模糊需求量和模糊能力约束以及资本水平约束的多品种类集约生产计划问题的模糊优化模型及模糊解方法。
This paper focuses on a fuzzy approach in modeling and optimization for aggregate production planning problems with multiproduct under fuzzy requirements and fuzzy capacities environment.
监控生产计划，平衡和跟踪客户的计划。预测生产需求能力。根据实际销售情况调整和控制产量。
Monitor production plan, balance and track all the customer schedules, and forecast all the capability requirement , adjust and control production against real sales-capacity situation.
根据订单产品的物料清单、工艺路线，结合工作中心的能力计划，预估能满足客户需求的程度，来安排自身的生产和外协，以提高对客户需求的响应能力。
According to BOM, routing and capacity planning of work centers, it detects whether or not to satisfy customer demand, and then arranges production and outsourcing to improve customer service level.
描述了模糊单位利润、模糊生产能力以及模糊需求下的批量生产计划，并应用模糊机会约束规划规划建立了模型。
Production planning with fuzzy unit profits, fuzzy capacities and fuzzy demands is descried, and an optimization model is formulated by using fuzzy chance-constrained programming.
为此，公司计划在2010年底前拓展其生产能力至60000吨，以此来满足市场的需求。
To meet the market demand, Hengshi plans to expand its annual capacity to 60,000 tons by the end of 2010.
高职专业计划制订应以社会需求为导向，以行业企业为依托，以技能、能力培养为主线。
The formulation of higher vocational major teaching plans should be oriented to social requirements; meet the needs of market and enterprises; emphasize on training of skill and capacity.
在针对单件小批生产实际对MRP进行改造的基础上，还增加了对变动计划的支持，增强了核心算法对单件小批生产中由订单随机变化导致的需求多变的适应能力。
Based on the improving of MRP to adapt to job shop, it also add the supporting to the changed plan, which corresponding to the varied require caused by the order form's random change.
结果表明，利用该方法产生的工艺计划符合车间资源能力，满足车间生产计划的需求。
The results show the process plans which is generated by the CAPP system can accord with the production situations and the requirements of the shop floor scheduling.
提出了基于场景的多目标随机规划模型来构建不确定市场需求环境下的能力计划问题模型，并用改进的多目标粒子群优化算法求解。
We formulated scenario based multi-objective stochastic programming model to describe the problem of capacity planning under uncertainty and applied improved Multi-Objective PSO (MOPSO) to solve it.
提出了基于场景的多目标随机规划模型来构建不确定市场需求环境下的能力计划问题模型，并用改进的多目标粒子群优化算法求解。
We formulated scenario based multi-objective stochastic programming model to describe the problem of capacity planning under uncertainty and applied improved Multi-Objective PSO (MOPSO) to solve it.
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